mhurhangee/ep-ind-claims huggingface dataset:
Composite of an axle control arm and an axle tube of a commercial vehicle, wherein the axle control arm comprises a connecting element and at least one steering element, wherein the connecting element has a first connecting section in which a welded connection to the handlebar element can be produced, wherein the connecting element has a second connecting section in which a welded connection to the axle tube can be produced, wherein the second connecting portion is adapted to embrace the axle tube, wherein a connection region is designed as a mounting geometry of the axle control arm in the form of a bearing eye on a frame of the vehicle, for the pivotable bearing of the axle control arm, wherein the first connecting section is located in a plate-shaped and substantially flat region of the connecting element, which extends between the connection region on the frame of the commercial vehicle and the axle tube, wherein the connecting element in a first state has an oversize relative to the outer configuration of the axle tube and in the first state, the connecting element has a first cross-sectional area of the volume encompassed by the second connecting section, wherein a tension element is provided to deform the second connecting portion; wherein the connecting element has a pulling region, with which a tension element can be brought into engagement in order to narrow the second connecting section in such a way that the first cross-sectional area is reduced. wherein the axle control arm comprises a connecting element and at least one steering element, wherein the connecting element has a first connecting section in which a welded connection to the handlebar element can be produced, wherein the connecting element has a second connecting section in which a welded connection to the axle tube can be produced, wherein the second connecting portion is adapted to embrace the axle tube, wherein a connection region is designed as a mounting geometry of the axle control arm in the form of a bearing eye on a frame of the vehicle, for the pivotable bearing of the axle control arm, wherein the first connecting section is located in a plate-shaped and substantially flat region of the connecting element, which extends between the connection region on the frame of the commercial vehicle and the axle tube, wherein the connecting element in a first state has an oversize relative to the outer configuration of the axle tube and in the first state, the connecting element has a first cross-sectional area of the volume encompassed by the second connecting section, wherein a tension element is provided to deform the second connecting portion; wherein the connecting element has a pulling region, with which a tension element can be brought into engagement in order to narrow the second connecting section in such a way that the first cross-sectional area is reduced.
A method of forming a laminated foil layer stack (100; 200), the method comprising providing a first foil layer (110; 210) including a layer portion (115; 215) with a contact area (116; 216) having formed thereon a solder material (117; 217), positioning a second foil layer (120; 220) adjacent to said first foil layer (110; 210) so as to form a layer stack (100; 200), said second foil layer having an opening (121; 221) extending through the second foil layer (120; 220) and exposing said solder material (117; 217), defining an area of increased pressure (122; 222) locally in said second foil layer (120; 220), said area of increased pressure (122; 222) laterally surrounding said opening (121; 221), and applying pressure and heat to said first (110; 210) and second (120; 220) foil layers so as to build up increased pressure in said area of increased pressure (122; 222) and laminate said second foil layer (120; 220) to said first foil layer (110; 210) with said area of increased pressure (122; 222) laterally confining said solder material (117; 217). providing a first foil layer (110; 210) including a layer portion (115; 215) with a contact area (116; 216) having formed thereon a solder material (117; 217), positioning a second foil layer (120; 220) adjacent to said first foil layer (110; 210) so as to form a layer stack (100; 200), said second foil layer having an opening (121; 221) extending through the second foil layer (120; 220) and exposing said solder material (117; 217), defining an area of increased pressure (122; 222) locally in said second foil layer (120; 220), said area of increased pressure (122; 222) laterally surrounding said opening (121; 221), and applying pressure and heat to said first (110; 210) and second (120; 220) foil layers so as to build up increased pressure in said area of increased pressure (122; 222) and laminate said second foil layer (120; 220) to said first foil layer (110; 210) with said area of increased pressure (122; 222) laterally confining said solder material (117; 217).
A reinforcement for structural use comprising two longitudinal bars or plates connected by transverse bars or plates, wherein - the end sections of each side of the transverse bars or plates end at the longitudinal bars or plates, - the longitudinal bars or plates are extended laterally from both ends forming corresponding ending areas where there are no transverse bars or plates between the longitudinal bars or plates, characterized in that - at least two of the ends of the longitudinal bar or plate assembly have an inclined section that switches direction toward the respective end and toward the longitudinal bar or plate facing it, and then a section parallel to the opposing longitudinal bar or plate, and - the ends of the longitudinal bars or plates consist of elbows folded inward. - the end sections of each side of the transverse bars or plates end at the longitudinal bars or plates, - the longitudinal bars or plates are extended laterally from both ends forming corresponding ending areas where there are no transverse bars or plates between the longitudinal bars or plates, characterized in that - at least two of the ends of the longitudinal bar or plate assembly have an inclined section that switches direction toward the respective end and toward the longitudinal bar or plate facing it, and then a section parallel to the opposing longitudinal bar or plate, and - the ends of the longitudinal bars or plates consist of elbows folded inward.
A moisture-curable composition comprising a polymer having a reactive hydrolyzable silicon-containing group and a curing catalyst used for curing the polymer, wherein the curing catalyst contains a reaction product between a metal alkoxide and an ammonium hydroxide, the metal alkoxide contains a titanium compound [B1a] represented by Chemical Formula, and the ammonium hydroxide is represented by Chemical Formula, (R 1 -O) n Ti-A 4-n in Chemical Formula, R 1 is a substituted or unsubstituted hydrocarbon group having 1 to 10 carbon atoms, n is an integer of 1 to 4, and A is a β-diketone group, in Chemical Formula, R 2, R 3, R 4 and R 5 represent substituted or unsubstituted hydrocarbon groups having 1 to 8 carbon atoms, which are the same as or different from each other, and X represents a hydroxy group. the curing catalyst contains a reaction product between a metal alkoxide and an ammonium hydroxide, the metal alkoxide contains a titanium compound [B1a] represented by Chemical Formula, and the ammonium hydroxide is represented by Chemical Formula, (R 1 -O) n Ti-A 4-n in Chemical Formula, R 1 is a substituted or unsubstituted hydrocarbon group having 1 to 10 carbon atoms, n is an integer of 1 to 4, and A is a β-diketone group, in Chemical Formula, R 2, R 3, R 4 and R 5 represent substituted or unsubstituted hydrocarbon groups having 1 to 8 carbon atoms, which are the same as or different from each other, and X represents a hydroxy group.
Method for regulating the room temperature (t Ra) in a room or in a group of multiple rooms (R1, Ri), in which method the room temperature (t Ra) in a room or in a group of multiple rooms (R1, Ri) is regulated through regulation of the rate of mass flow (m') of a heat carrier fluid, flowing through a heat exchanger or consumer, according to a determined present room temperature (t i,j), wherein, for the purpose of determining the present room temperature (t i,j), the rate of mass flow (m') of the heat carrier fluid through the heat exchanger and the feed temperature (t V) prevailing at the inlet of the heat exchanger and the return temperature (t R) prevailing at the outlet of the heat exchanger are each measured, characterized in that, to the determined values for the rate of mass flow (m'), the feed temperature (t V) and the return temperature (t R), an assigned temperature is output as the present room temperature (t i,j) and is used for regulation, and in that the present room temperature t i,j is output according to a function t i,j = F t V, j t R, j m j ′ + t corr T, where t V,j and t R,j denote the feed temperature and the return temperature, respectively, and m' j denotes the rate of mass flow, at the time T j, and t corr is a time-dependent correction term which takes into account the thermal storage capacity of the respective heat exchanger or consumer.
Frame for a domestic appliance having a front area running conically in respect of the frame interior and a first attachment bar, which is arranged circumferentially on a frame exterior at least in regions, characterised in that the edge region of the front area facing away from the frame interior is embodied to be tapered.
A system for a turbine engine, the system comprising: a rotor assembly including a plurality of rotor blades connected to a shaft; and a monitoring system including a processing system adapted to receive blade data indicative of a rotational position of at least a first of the rotor blades; wherein the processing system is adapted to: process shaft data with the blade data to provide torque data indicative of a torque to which at least a portion of the rotor assembly is being subjected, wherein the shaft data is indicative of a rotational position of a reference point at a particular time, characterised in that: the processing system is adapted to determine an estimated time of arrival for the first of the rotor blades from the shaft data; the processing system is adapted to determine an actual time of arrival for the first of the rotor blades from the blade data; and the processing system is adapted to compare the estimated time of arrival with the actual time of arrival to provide the torque data; wherein the torque is directly proportional to a difference between the estimated time of arrival and the actual time of arrival. a rotor assembly including a plurality of rotor blades connected to a shaft; and a monitoring system including a processing system adapted to receive blade data indicative of a rotational position of at least a first of the rotor blades; wherein the processing system is adapted to: process shaft data with the blade data to provide torque data indicative of a torque to which at least a portion of the rotor assembly is being subjected, wherein the shaft data is indicative of a rotational position of a reference point at a particular time, characterised in that: the processing system is adapted to determine an estimated time of arrival for the first of the rotor blades from the shaft data; the processing system is adapted to determine an actual time of arrival for the first of the rotor blades from the blade data; and the processing system is adapted to compare the estimated time of arrival with the actual time of arrival to provide the torque data; the processing system is adapted to determine an estimated time of arrival for the first of the rotor blades from the shaft data; the processing system is adapted to determine an actual time of arrival for the first of the rotor blades from the blade data; and the processing system is adapted to compare the estimated time of arrival with the actual time of arrival to provide the torque data; wherein the torque is directly proportional to a difference between the estimated time of arrival and the actual time of arrival.
Thermomagnetic trigger assembly for an electrical switching apparatus, such as a circuit breaker, the assembly comprising: - a thermal trigger, - a magnetic trigger (M1, M2), and - a triggering arm which is to be mechanically coupled with a switching mechanism of the electrical switching apparatus, the triggering arm comprising first and second actuating levers (22, 24); the thermal trigger comprising a bimetallic strip which is adapted to deform when the current passing through it exceeds a first predefined threshold, so as to actuate the first actuating lever; the magnetic trigger comprises a movable armature, a fixed armature and an electrical conductor; the movable armature being adapted to move from a first position, in which the movable armature is remote from the fixed armature, to a second position, in which the movable armature is in contact with the fixed armature at contact zones (60, 62), when the current flowing through the electrical conductor exceeds a second predefined threshold, the movement of the movable armature to the second position actuating the second actuating lever; the electrical conductor and the bimetallic strip being electrically connected in series with one another between first and second connection terminals (10, 12) of the trigger assembly; the movable armature being connected to the first connection terminal, the fixed armature being connected to the second connection terminal, the respective contact zones (60, 62) of the fixed armature and of the movable armature being made of electrically conductive materials which have low weldability with one another, the trigger assembly being characterised in that at least one contact zone is made of a metal material chosen from the group comprising copper, steel, aluminium, Dural alloy, an aluminium alloy A-G3 or A-G4, and in that the materials of the contact zones belonging to the fixed and movable armatures (32, 34), respectively, are different. - a thermal trigger, - a magnetic trigger (M1, M2), and - a triggering arm which is to be mechanically coupled with a switching mechanism of the electrical switching apparatus, the triggering arm comprising first and second actuating levers (22, 24);
A method of manufacturing a structure, comprising: (a) forming a lamination including a transparent substrate and a resin layer of an imprinting photo curable resin composition disposed on the substrate, the photo curable resin composition containing a photopolymerizable monomer, a photo initiator and a polymerization inhibitor; (b) pressing a fine pattern of a mold, having an area less than that of the resin layer and having the fine pattern, on the resin layer, and covering the lamination with a shading mask to cause at least part of a region where the mold is pressed on in the resin layer to be an exposed region; (c) curing an area in the exposed region in the resin layer by radiating curing light to the resin layer; and (d) moving the mold to an uncured area in the resin layer and repeating steps (b) and (c) one or more times, characterized in that in step (a), the photo curable resin composition contains a photopolymerizable monomer and 0.1 parts by mass or more of a photo initiator and a 0.1 parts by mass or more of polymerization inhibitor based on 100 parts by mass of the monomer; in step (c), an area covered with the shading mask in the resin layer is cured in a width of 200 μm or less from an end of the shading mask; and in step (d), the mold is pressed on the resin layer such as to squash the cured width or as to avoid to be pressed on the cured width. (a) forming a lamination including a transparent substrate and a resin layer of an imprinting photo curable resin composition disposed on the substrate, the photo curable resin composition containing a photopolymerizable monomer, a photo initiator and a polymerization inhibitor; (b) pressing a fine pattern of a mold, having an area less than that of the resin layer and having the fine pattern, on the resin layer, and covering the lamination with a shading mask to cause at least part of a region where the mold is pressed on in the resin layer to be an exposed region; (c) curing an area in the exposed region in the resin layer by radiating curing light to the resin layer; and (d) moving the mold to an uncured area in the resin layer and repeating steps (b) and (c) one or more times, characterized in that in step (a), the photo curable resin composition contains a photopolymerizable monomer and 0.1 parts by mass or more of a photo initiator and a 0.1 parts by mass or more of polymerization inhibitor based on 100 parts by mass of the monomer; in step (c), an area covered with the shading mask in the resin layer is cured in a width of 200 μm or less from an end of the shading mask; and in step (d), the mold is pressed on the resin layer such as to squash the cured width or as to avoid to be pressed on the cured width.
A system for constricting a stomach of a patient for treating obesity, the system comprising: a gastric band having an inflatable member configured to contain fluid and apply constriction to a portion of a gastric lumen of the stomach, the inflatable member being moveable from a constricted state to a passage state for allowing an obstruction to pass through the portion of the gastric lumen, the passage state being when less fluid is contained in the inflatable member than in the constricted state; a valve configured to move from a closed position to an open position when a pressure of the fluid from the inflatable member increases over a threshold in response to the obstruction passing through the gastric lumen, and to allow the fluid from the inflatable member to pass through the valve at a first flow rate; a reservoir (18, 106) configured to receive the fluid passed through the valve, allowing the inflatable member to move from the constricted state to the passage state, and allowing the obstruction to pass through the portion of the gastric lumen; and a flow restriction device configured to allow the fluid received by the reservoir (18, 106) to pass from the reservoir (18, 106) to the inflatable member at a second flow rate, allowing the inflatable member to return to the constricted state, characterized in that the second flow rate is less than the first flow rate. a gastric band having an inflatable member configured to contain fluid and apply constriction to a portion of a gastric lumen of the stomach, the inflatable member being moveable from a constricted state to a passage state for allowing an obstruction to pass through the portion of the gastric lumen, the passage state being when less fluid is contained in the inflatable member than in the constricted state; a valve configured to move from a closed position to an open position when a pressure of the fluid from the inflatable member increases over a threshold in response to the obstruction passing through the gastric lumen, and to allow the fluid from the inflatable member to pass through the valve at a first flow rate; a reservoir (18, 106) configured to receive the fluid passed through the valve, allowing the inflatable member to move from the constricted state to the passage state, and allowing the obstruction to pass through the portion of the gastric lumen; and a flow restriction device configured to allow the fluid received by the reservoir (18, 106) to pass from the reservoir (18, 106) to the inflatable member at a second flow rate, allowing the inflatable member to return to the constricted state, characterized in that the second flow rate is less than the first flow rate.
A mobile terminal, comprising: a wireless communication unit configured to provide wireless communication; a touchscreen configured to display a page including at least one application icon on a home screen, wherein the page is one of a plurality of pages that are selectively displayed on the home screen; and a controller configured to: display a first screen of a market application for installing a specific application on the touchscreen, receive a first input for installing the specific application on the first screen, display a second screen including a plurality of reduced screens each respectively corresponding to one of the plurality of pages, wherein the reduced screens are displayed by reducing the corresponding pages, receive a second input for selecting one of the reduced screens and selecting a first position on the selected reduced screen, and display an icon of the specific application at a second position on a page corresponding to the first position on the selected reduced screen after the specific application is installed on the touchscreen. a wireless communication unit configured to provide wireless communication; a touchscreen configured to display a page including at least one application icon on a home screen, wherein the page is one of a plurality of pages that are selectively displayed on the home screen; and a controller configured to: display a first screen of a market application for installing a specific application on the touchscreen, receive a first input for installing the specific application on the first screen, display a second screen including a plurality of reduced screens each respectively corresponding to one of the plurality of pages, wherein the reduced screens are displayed by reducing the corresponding pages, receive a second input for selecting one of the reduced screens and selecting a first position on the selected reduced screen, and display an icon of the specific application at a second position on a page corresponding to the first position on the selected reduced screen after the specific application is installed on the touchscreen. display a first screen of a market application for installing a specific application on the touchscreen, receive a first input for installing the specific application on the first screen, display a second screen including a plurality of reduced screens each respectively corresponding to one of the plurality of pages, wherein the reduced screens are displayed by reducing the corresponding pages, receive a second input for selecting one of the reduced screens and selecting a first position on the selected reduced screen, and display an icon of the specific application at a second position on a page corresponding to the first position on the selected reduced screen after the specific application is installed on the touchscreen.
A shifting tool for a mooring rope attachable to a mooring winch, the winch including a drum having outside flanges on both sides, and a partition flange dividing the drum into a storage section and a tension section for a mooring rope, the partition flange provided with a notch for shifting the mooring rope from the storage section to the tension section therethrough, the shifting tool including a partition side fixing member fixable to the partition flange and a guiding member for moving the mooring rope toward the notch, while the rope is being wound onto the storage section along with rotation of the drum, the shifting tool being characterized by comprising: an outside fixing member fixable to the outside flange on the storage section side, wherein the guiding member is spanned between the outside fixing member and the partition side fixing member, and the guiding member is inclined from the outside fixing member on an upstream side toward the partition side fixing member on a downstream side with respect to a winding direction of the mooring rope.