mhurhangee/ep-ind-claims huggingface dataset:
An assembled battery, comprising: secondary batteries with a flat prismatic shape that are stacked in a thickness direction, each of the secondary batteries having a pair of external terminals (11, 12) at one end in a height direction of the secondary battery; spacer members that are stacked alternately with the secondary batteries; and plate-shaped members each made of a metal material, the plate-shaped members extending in a stacking direction of the secondary batteries and facing side surfaces of the spacer members along the stacking direction, wherein each spacer member includes engagement parts (23A, 23B) made of resin with an insulating property at opposite ends of the spacer member in the height direction, the engagement parts being adapted to be engaged with each plate-shaped member, each engagement part (23A, 23B) is a groove-like concave part that extends in the stacking direction with opposite ends open, one of the engagement parts provided at the same end in the height direction on which the external terminals (11, 12) are located, the engagement part being formed to have a groove-like shape with a depth toward an inside in the width direction of the secondary battery, and one of the ends (51, 52) of each plate-shaped member in the height direction is bent to the inside in the width direction from the height direction, protrudes to a depth direction of the one of the engagement parts, and is engaged with the one of the engagement parts in a manner that sliding is possible in the stacking direction. secondary batteries with a flat prismatic shape that are stacked in a thickness direction, each of the secondary batteries having a pair of external terminals (11, 12) at one end in a height direction of the secondary battery; spacer members that are stacked alternately with the secondary batteries; and plate-shaped members each made of a metal material, the plate-shaped members extending in a stacking direction of the secondary batteries and facing side surfaces of the spacer members along the stacking direction, wherein each spacer member includes engagement parts (23A, 23B) made of resin with an insulating property at opposite ends of the spacer member in the height direction, the engagement parts being adapted to be engaged with each plate-shaped member, each engagement part (23A, 23B) is a groove-like concave part that extends in the stacking direction with opposite ends open, one of the engagement parts provided at the same end in the height direction on which the external terminals (11, 12) are located, the engagement part being formed to have a groove-like shape with a depth toward an inside in the width direction of the secondary battery, and one of the ends (51, 52) of each plate-shaped member in the height direction is bent to the inside in the width direction from the height direction, protrudes to a depth direction of the one of the engagement parts, and is engaged with the one of the engagement parts in a manner that sliding is possible in the stacking direction.
A shower door assembly with frame reinforcement and noise reduction, comprising: a first frame including a base wall and two parallel side walls extending from the base wall, the base wall and the two parallel side walls of the first frame together defining a first chamber having an opening; and a second frame fitted over the first frame and including a base wall and two parallel side walls extending from the base wall, the base wall and the two parallel side walls of the second frame together defining a second chamber having an opening, the opening of the second chamber facing the opening of the first chamber; wherein the assembly further comprises at least one connecting element which is elastic and has a dimension in at least one direction larger than a distance between the two side walls of the first frame, and wherein the connecting element is in direct contact with both of the side walls of the first frame, the expanded connecting element pushing the two side walls of the first frame outwards with an elastic force such that they abut on the two side walls of the second frame; characterized in that, the connecting element is fully disposed within the first chamber, the connecting element being separated from the second frame. a first frame including a base wall and two parallel side walls extending from the base wall, the base wall and the two parallel side walls of the first frame together defining a first chamber having an opening; and a second frame fitted over the first frame and including a base wall and two parallel side walls extending from the base wall, the base wall and the two parallel side walls of the second frame together defining a second chamber having an opening, the opening of the second chamber facing the opening of the first chamber; wherein the assembly further comprises at least one connecting element which is elastic and has a dimension in at least one direction larger than a distance between the two side walls of the first frame, and wherein the connecting element is in direct contact with both of the side walls of the first frame, the expanded connecting element pushing the two side walls of the first frame outwards with an elastic force such that they abut on the two side walls of the second frame; characterized in that, the connecting element is fully disposed within the first chamber, the connecting element being separated from the second frame.
Measuring device (3; 21) for measuring a distance to a target object, comprising a beam source which is configured as an electro-optical component and which emits a transmission beam, a detector which is configured as a further electro-optical component and which receives a reception beam reflected and/or scattered by the target object, beam-splitting optics for deflecting the transmission and/or reception beam (8, 9), and beam-shaping optics for shaping the transmission and/or reception beam (8, 9), wherein the beam-splitting optics are arranged in the beam path of the transmission beam between the beam source and the beam-shaping optics and in the beam path of the reception beam between the beam-shaping optics and the detector, and an optics carrier for receiving the electro-optical components (22, 23) and for receiving the beam-splitting optics and the beam-shaping optics, the optics carrier having a first wafer for receiving the electro-optical components (22, 23) and a second wafer for receiving the beam-splitting optics, characterised in that the optics carrier has a third wafer for receiving the beam-shaping optics, the first and second wafers (31, 32) being connected to one another by means of at least one first spacer, and the second and third wafers (32, 33) being connected to one another by means of at least one second spacer.
A method of making a vehicle interior panel, comprising the steps of: (a) providing a rigid substrate and a cold-forming tool surface facing toward the substrate; characterized by the steps: (b) supporting a generally flat sheet of decorative material between the substrate and the cold-forming tool surface, said sheet of decorative material comprising a fabric layer and having a decorative side facing toward the cold-forming tool surface; (c) disposing a curable adhesive between the substrate and the sheet of decorative material; (d) cold-forming the sheet of decorative material into a three-dimensional sheet by pressing the sheet of decorative material onto the cold-forming tool surface and pressing the curable adhesive against the decorative material with the rigid substrate before the adhesive cures; and (e) moving the cold-forming tool surface and substrate away from each other after the adhesive is sufficiently cured, wherein the adhesive holds the three-dimensional sheet in a shape that is complimentary to a contour of the cold-forming tool surface, wherein said curable adhesive expands to form a foam material after step (c) and before step (e), and wherein the sheet of decorative material is secured to elastic fixing elements at locations outside the perimeter of the substrate in step (b) such that the elastic fixing elements extend during step (d) to increase the amount of decorative material surface area that is within the perimeter of the substrate during and after step (d). (a) providing a rigid substrate and a cold-forming tool surface facing toward the substrate; (b) supporting a generally flat sheet of decorative material between the substrate and the cold-forming tool surface, said sheet of decorative material comprising a fabric layer and having a decorative side facing toward the cold-forming tool surface; (c) disposing a curable adhesive between the substrate and the sheet of decorative material; (d) cold-forming the sheet of decorative material into a three-dimensional sheet by pressing the sheet of decorative material onto the cold-forming tool surface and pressing the curable adhesive against the decorative material with the rigid substrate before the adhesive cures; and (e) moving the cold-forming tool surface and substrate away from each other after the adhesive is sufficiently cured, wherein the adhesive holds the three-dimensional sheet in a shape that is complimentary to a contour of the cold-forming tool surface,
Method (100, 200) for managing a gas turbine assembly during start up or shut down, the gas turbine assembly including a twin shaft gas turbine comprising an input shaft and an output shaft and a speed sensor for measuring a speed of the output shaft, the gas turbine assembly further comprising a rotor mounted on said output shaft and provided with at least a dry gas seal for preventing leakage of a gas between the rotor and the dry gas seal, the method (100, 200) comprising - monitoring the speed of the output shaft, and in parallel - reducing or increasing the speed of the input shaft after the monitored speed of the output shaft has remained above zero and below a predefined slow roll speed limit (n L) for a predefined acceptable time (T1, T2, T3). - monitoring the speed of the output shaft, and in parallel - reducing or increasing the speed of the input shaft after the monitored speed of the output shaft has remained above zero and below a predefined slow roll speed limit (n L) for a predefined acceptable time (T1, T2, T3).
A computing device comprising: at least one master unit; at least one slave unit; an interconnect structure configured to route transactions from the at least one master unit to the at least one slave unit; and a transaction logger device configured to intercept all communication between a master unit and the interconnect structure and receive transactions sent by the at least one master unit to the at least one slave unit via the interconnect structure, extract a data set from each of the received transactions, save the extracted data set as a record of outstanding transactions, wherein the transaction logger device is further configured to receive a reset signal independent of the at least one master unit, when a reset is triggered and preserve the record of outstanding transactions when at least a part of the computing device is restarted. at least one master unit; at least one slave unit; an interconnect structure configured to route transactions from the at least one master unit to the at least one slave unit; and a transaction logger device configured to intercept all communication between a master unit and the interconnect structure and receive transactions sent by the at least one master unit to the at least one slave unit via the interconnect structure, extract a data set from each of the received transactions, save the extracted data set as a record of outstanding transactions, wherein the transaction logger device is further configured to receive a reset signal independent of the at least one master unit, when a reset is triggered and preserve the record of outstanding transactions when at least a part of the computing device is restarted.
A wire winding apparatus for winding a wire around an outer circumference of a core, the wire winding apparatus comprising: a wire feeding member provided to a supporting member so as to be operable, for feeding the wire; a lock mechanism capable of inhibiting an operation of the wire feeding member; a winding mechanism for rotating the core about an axis thereof to wind the wire fed from the wire feeding member around the outer circumference of the core; a feed mechanism for moving the supporting member in an axial direction of the core in synchronization with the winding performed by the winding mechanism; characterised in that the apparatus further comprises: a proximity sensor for detecting a movement amount of the wire feeding member with respect to the supporting member; and a control section for controlling an operation of the feed mechanism to adjust a movement amount of the supporting member moved by the feed mechanism based on a detection output from the proximity sensor. a wire feeding member provided to a supporting member so as to be operable, for feeding the wire; a lock mechanism capable of inhibiting an operation of the wire feeding member; a winding mechanism for rotating the core about an axis thereof to wind the wire fed from the wire feeding member around the outer circumference of the core; a feed mechanism for moving the supporting member in an axial direction of the core in synchronization with the winding performed by the winding mechanism; characterised in that the apparatus further comprises: a proximity sensor for detecting a movement amount of the wire feeding member with respect to the supporting member; and a control section for controlling an operation of the feed mechanism to adjust a movement amount of the supporting member moved by the feed mechanism based on a detection output from the proximity sensor. a proximity sensor for detecting a movement amount of the wire feeding member with respect to the supporting member; and a control section for controlling an operation of the feed mechanism to adjust a movement amount of the supporting member moved by the feed mechanism based on a detection output from the proximity sensor.
Drive apparatus, in particular for driving a forming apparatus, having: - at least one drive unit which provides a drive force or a drive moment, - an output unit which has an input member and an output member which can be moved translationally, the output unit having a progressive force-path curve between the input element and the output element, - a transmission element which is mounted rotatably at a pivot point, the transmission element being connected to the drive unit in such a way that a torque can be transmitted to the transmission element, and the transmission element having an input articulation point and an output articulation point, a connecting element being articulated on the output articulation point, which connecting element forms a knee lever with the transmission element, the connecting element being connected to the input member of the output unit in such a way that a force can be transmitted to the output unit, it being possible for an angle of the knee lever to be changed for a starting position of the output member, in order to set the force-path curve of the output member, characterized in that the transmission element has two separate transmission members (70, 72) which are mounted such that they can be rotated about the pivot point, the input articulation point and the output articulation point being configured in each case on one of the transmission members (70, 72), it being possible for the transmission members (70, 72) to be connected fixedly to one another so as to rotate together at different rotary angles. - at least one drive unit which provides a drive force or a drive moment, - an output unit which has an input member and an output member which can be moved translationally, the output unit having a progressive force-path curve between the input element and the output element, - a transmission element which is mounted rotatably at a pivot point, the transmission element being connected to the drive unit in such a way that a torque can be transmitted to the transmission element, and the transmission element having an input articulation point and an output articulation point, a connecting element being articulated on the output articulation point, which connecting element forms a knee lever with the transmission element, the connecting element being connected to the input member of the output unit in such a way that a force can be transmitted to the output unit, it being possible for an angle of the knee lever to be changed for a starting position of the output member, in order to set the force-path curve of the output member,
Active compound combination comprising as compound methyl 2-[2-chloro-4-(4-chlorophenoxy)phenyl]-2-hydroxy-3-(1,2,4-triazol-1yl)propanoate, as further active compound (13.004) proquinazid, and at least one further active compound selected from (1.018) prothioconazole and (1.020) spiroxamine. as compound methyl 2-[2-chloro-4-(4-chlorophenoxy)phenyl]-2-hydroxy-3-(1,2,4-triazol-1yl)propanoate, as further active compound (13.004) proquinazid, and at least one further active compound selected from (1.018) prothioconazole and (1.020) spiroxamine.
A control system for a wind turbine, said control system comprising: at least one measurement device configured to measure at least one operating condition of the wind turbine; and, a first controller and a second controller; wherein the second controller is configured to: determine an electrical component of a plurality of electrical components having a lowest power capability; set a converter power limit based on the electrical component having the lowest power capability; and transmit the converter power limit to the first controller; wherein the first controller is configured to: calculate an operating limit of the wind turbine based on the measured operating condition; and, adjust the operating limit of the wind turbine based on the converter power limit. at least one measurement device configured to measure at least one operating condition of the wind turbine; and, a first controller and a second controller; wherein the second controller is configured to: determine an electrical component of a plurality of electrical components having a lowest power capability; set a converter power limit based on the electrical component having the lowest power capability; and transmit the converter power limit to the first controller; determine an electrical component of a plurality of electrical components having a lowest power capability; set a converter power limit based on the electrical component having the lowest power capability; and transmit the converter power limit to the first controller; wherein the first controller is configured to: calculate an operating limit of the wind turbine based on the measured operating condition; and, adjust the operating limit of the wind turbine based on the converter power limit. calculate an operating limit of the wind turbine based on the measured operating condition; and, adjust the operating limit of the wind turbine based on the converter power limit.
A system for managing emergency alarm messages in a wireless communications system comprising a plurality of subscriber endpoints (102, 104, 106, 108...), the system comprising: a first subscriber endpoint that is assigned an emergency alarm responder role prior to an emergency alarm message being generated by an initiating subscriber endpoint, wherein in response to having the emergency alarm responder role and in response to receiving the emergency alarm message comprising a group address of a destination group from the initiating subscriber endpoint, the first subscriber endpoint a) configured to send an acknowledgement message to the initiating subscriber endpoint and b) configured to present information from the emergency alarm message to a user of the first subscriber endpoint; and a second subscriber endpoint that is assigned an emergency alarm monitor role prior to the emergency alarm message being generated by the initiating subscriber endpoint, wherein in response to having the emergency alarm monitor role and in response to receiving the emergency alarm message comprising the group address of the destination group from the initiating subscriber endpoint, the second subscriber endpoint configured to present information from the emergency alarm message to a user of the second subscriber endpoint without sending an acknowledgement to the initiating subscriber endpoint, wherein the emergency alarm message communication is performed between the subscriber endpoints without the aid of supporting equipment attached to one or more base stations associated with the wireless communications system. a first subscriber endpoint that is assigned an emergency alarm responder role prior to an emergency alarm message being generated by an initiating subscriber endpoint, wherein in response to having the emergency alarm responder role and in response to receiving the emergency alarm message comprising a group address of a destination group from the initiating subscriber endpoint, the first subscriber endpoint a) configured to send an acknowledgement message to the initiating subscriber endpoint and b) configured to present information from the emergency alarm message to a user of the first subscriber endpoint; and a second subscriber endpoint that is assigned an emergency alarm monitor role prior to the emergency alarm message being generated by the initiating subscriber endpoint, wherein in response to having the emergency alarm monitor role and in response to receiving the emergency alarm message comprising the group address of the destination group from the initiating subscriber endpoint, the second subscriber endpoint configured to present information from the emergency alarm message to a user of the second subscriber endpoint without sending an acknowledgement to the initiating subscriber endpoint, wherein the emergency alarm message communication is performed between the subscriber endpoints without the aid of supporting equipment attached to one or more base stations associated with the wireless communications system.
An arrangement for an electrical switching device with at least one contact spring, a further component, the further component being an armature, with at least two switching states (22, 24), wherein, in one switching state, the contact spring is moved with respect to the other switching state, and with a transition phase between the two switching states (22, 24), wherein in the transition phase the contact spring and the further component abut one another at an edge having an abutting location, wherein the edge runs in an inclined manner with respect to a longitudinal direction of the contact spring, characterised in that the edge is formed as a protrusion.