mhurhangee/ep-ind-claims huggingface dataset:
A tool for testing the termination of optical connectors comprising: a housing (102, 104) comprising a plurality of magnets; a cradle removeably attached to the housing (102, 104); a launch fiber; and a ferrule adapter attached at one end of the launch fiber, the ferrule adapter being arranged for insertion of an optical connector under evaluation, wherein the ferrule adapter is connected to the cradle such that it rotates about a pivot point on the cradle, and wherein the cradle comprises a corresponding plurality of magnets arranged spaced apart in the same manner as the plurality of magnets installed in the housing to interact with the first plurality of magnets and to align and magnetically hold the cradle to the housing (102, 104). a housing (102, 104) comprising a plurality of magnets; a cradle removeably attached to the housing (102, 104); a launch fiber; and a ferrule adapter attached at one end of the launch fiber, the ferrule adapter being arranged for insertion of an optical connector under evaluation, wherein the ferrule adapter is connected to the cradle such that it rotates about a pivot point on the cradle, and wherein the cradle comprises a corresponding plurality of magnets arranged spaced apart in the same manner as the plurality of magnets installed in the housing to interact with the first plurality of magnets and to align and magnetically hold the cradle to the housing (102, 104).
A shoe insert for an article of footwear comprising - at least two first layers (6, 7), which are formed of one or multiple first reversibly elastically deformable plastics, - at least a second layer, which is formed of at least another plastic and/or composite material, characterised in that the at least one second layer is contained within the at least two first layers (6, 7) wherein the at least two first layers (6, 7) each protrude laterally beyond the circumferential course of the at least one second layer and wherein the other plastic material of the at least one second layer has a greater rigidity than the one or multiple first reversibly elastically deformable plastics of the two first layers (6, 7), and wherein the at least one second layer is formed of at least one curable thermoset. - at least two first layers (6, 7), which are formed of one or multiple first reversibly elastically deformable plastics, - at least a second layer, which is formed of at least another plastic and/or composite material,
Cooling arrangement of a wind turbine, - with a nacelle of the wind turbine, - with a cooling device, which is arranged on top of the nacelle and which is prepared to remove heat of the wind turbine to the ambient air, - where the cooling device comprises a radiator segment and a support structure to support the radiator segment, - with a platform, which is located on top of the nacelle and which is prepared to be approached by a helicopter, - where the platform comprises a barrier, which surrounds at least a part of the platform, characterized in, - that the barrier comprises at least a part of the cooling device, - where at least a part of the radiator of the wind turbine is an integral part of the barrier. - with a nacelle of the wind turbine, - with a cooling device, which is arranged on top of the nacelle and which is prepared to remove heat of the wind turbine to the ambient air, - where the cooling device comprises a radiator segment and a support structure to support the radiator segment, - with a platform, which is located on top of the nacelle and which is prepared to be approached by a helicopter, - where the platform comprises a barrier, which surrounds at least a part of the platform, - that the barrier comprises at least a part of the cooling device, - where at least a part of the radiator of the wind turbine is an integral part of the barrier.
A system for medical treatment, comprising: an elongate power cable having a proximal end configured for coupling to a power source, and a distal end; a handle adjacent the distal end of the power cable, the handle including a distal end configured for coupling to a treatment apparatus; a switch within the handle; and characterised in that the system further comprises a switch actuator disposed on the handle and engageable with the switch, the switch actuator including a body portion and a resilient member; wherein the resilient member applies a retaining force to the body portion to retain the switch actuator in a ready position, and a first force applied to the body portion in a direction opposite the retaining force moves the switch actuator in a direction parallel to a longitudinal axis of the handle, and a second force applied in a direction perpendicular to the retaining force moves the body portion in a direction perpendicular to the longitudinal axis of the handle and depresses the switch, wherein the switch actuator further comprises a proximal member extending proximally of the body portion, and a hinge connecting the proximal member and the body portion, wherein the hinge is a living hinge. an elongate power cable having a proximal end configured for coupling to a power source, and a distal end; a handle adjacent the distal end of the power cable, the handle including a distal end configured for coupling to a treatment apparatus; a switch within the handle; and characterised in that the system further comprises a switch actuator disposed on the handle and engageable with the switch, the switch actuator including a body portion and a resilient member; wherein the resilient member applies a retaining force to the body portion to retain the switch actuator in a ready position, and a first force applied to the body portion in a direction opposite the retaining force moves the switch actuator in a direction parallel to a longitudinal axis of the handle, and a second force applied in a direction perpendicular to the retaining force moves the body portion in a direction perpendicular to the longitudinal axis of the handle and depresses the switch, wherein the switch actuator further comprises a proximal member extending proximally of the body portion, and a hinge connecting the proximal member and the body portion, wherein the hinge is a living hinge.
Method for detecting an interruption in at least one electrical lead (46, 48) which is formed within an injection arrangement for an internal combustion engine for supplying a piezo actuator with electrical energy, in which method a discharge time of the piezo actuator is measured for a voltage profile (6, 8, 10), and on the basis of a duration of this discharge time it is decided whether the interruption is present or not, characterized in that an interruption in the at least one electrical lead (46, 48) which is embodied as a loose contact is detected if the discharge time is longer than a lower chronological threshold T low and shorter than an upper chronological threshold T high.
A device for laying a pipe in an expanse of water, of the type comprising: - a tower intended to protrude along a tower axis (B-B') in a floating laying structure; - at least one assembly (34A, 34B) for gripping and moving the pipe intended to come into contact with a peripheral surface of the pipe in order to guide the displacement of the pipe towards the expanse of water along a laying axis (C-C') substantially parallel to the tower axis (B-B'), said or each gripping and moving assembly (34A, 34B) being borne by the tower; characterized in that the tower is formed by a barrel extending along the tower axis (B-B'), said or each gripping and moving assembly (34A, 34B) transversally protruding from the barrel relatively to the tower axis (B-B'), the barrel being formed by a tubular wall delimiting a hollow central space. - a tower intended to protrude along a tower axis (B-B') in a floating laying structure; - at least one assembly (34A, 34B) for gripping and moving the pipe intended to come into contact with a peripheral surface of the pipe in order to guide the displacement of the pipe towards the expanse of water along a laying axis (C-C') substantially parallel to the tower axis (B-B'), said or each gripping and moving assembly (34A, 34B) being borne by the tower; characterized in that the tower is formed by a barrel extending along the tower axis (B-B'), said or each gripping and moving assembly (34A, 34B) transversally protruding from the barrel relatively to the tower axis (B-B'), the barrel being formed by a tubular wall delimiting a hollow central space.
A modular apparatus for smoking article assembly, comprising: a plurality of modules (102, 1-4, 51-56,) having a plurality of respective interface units, and a controller configured to control said plurality of modules via said interface units, wherein the modular apparatus is configured to cause received rods of smokeable material to undergo a first sequence of operations and wherein the modular apparatus can be reconfigured so as to cause received rods of smokeable material to undergo a second sequence of operations, different to the first sequence of operations, and wherein the first and second sequences of operations respectively form at least part of first and second processes for assembling smoking articles, each smoking article comprising a said rod of smokeable material, which is smoked in use, wherein said reconfiguration of the modular apparatus comprises repositioning modules relative to one another and/or removing one or more of the modules and/or adding one or more further modules. a plurality of modules (102, 1-4, 51-56,) having a plurality of respective interface units, and a controller configured to control said plurality of modules via said interface units, wherein the modular apparatus is configured to cause received rods of smokeable material to undergo a first sequence of operations and wherein the modular apparatus can be reconfigured so as to cause received rods of smokeable material to undergo a second sequence of operations, different to the first sequence of operations, and wherein the first and second sequences of operations respectively form at least part of first and second processes for assembling smoking articles, each smoking article comprising a said rod of smokeable material, which is smoked in use, wherein said reconfiguration of the modular apparatus comprises repositioning modules relative to one another and/or removing one or more of the modules and/or adding one or more further modules.
A toy building block system comprising component parts, each one having a shape of a panel or a frame and a post connector connecting element, wherein said post connector connecting element comprising cutouts along an edge of the component part, the toy building block system further comprising a post connector comprising a post with a central axis and a component part connecting element (14, 16) to connect and attach the post connector to a component part with the edge of the component part being disposed along the post, wherein the component part connecting element (14, 16) comprising disks and a connector guide extending between the disks, wherein the disks and the connector guide have a larger diameter than the diameter of the post and wherein said disks and the connector guide are insertable into said cutouts, with the discs insertable by snapping into said component part, wherein said disks and the connector guide are attached to or integral with said post, and wherein said post connector and said component parts are configured to be mechanically connected such that a plurality of said component parts can be simultaneously arranged in an angular direction around said post connector via said component part connecting elements (14, 16) and the respective cutouts of said component parts to form a structure or a part of a structure, such that said component parts may swing relative to said post about said central axis, while staying mechanically connected with the post connector.
A process for producing the actuating part of an instrument (1; 203, 204) for endoscopic applications or the like, which instrument (1; 203, 204) comprises a tube like member having a handling end portion (21, 41; 141, 161) with a flexible portion (22, 42; 142, 162) and actuating means (25, 45; 145, 165) located at an actuating end portion, characterized in that the tube like member comprises three coaxial cylindrical members (2, 3, 4), namely an inner cylindrical member, an intermediate cylindrical member, and an outer cylindrical member, wherein the intermediate cylindrical member comprises a cylindrical part (31; 151) connected to the handling end portion (21, 41; 141, 161), a cylindrical part (35; 155) connected to the actuating means (25, 45; 145, 165) and a number of longitudinal elements (38; 60; 70; 80; 90; 100; 110; 130) separated by longitudinal slits for transferring the movement of the actuating means (25, 45; 145, 165) to the handling end portion (21, 41; 141, 161), and wherein the intermediate cylindrical member is made by injection moulding or plating techniques or starting from a full cylindrical tube which is provided with a number of longitudinal slits thereby forming the longitudinal elements (38; 60; 70; 80; 90; 100; 110; 130), wherein at least one longitudinal slit between a pair of neighboring longitudinal elements (38; 60; 70; 80; 90; 100; 110; 130) is formed with elements (66; 72; 83; 96; 97; 106; 107; 113) keeping the longitudinal elements (38; 60; 70; 80; 90; 100; 110; 130; 134; 135; 136) parallel to each other, and wherein after assembling the tube like member, whereby the inner cylindrical member is inserted in the intermediate cylindrical member and the combined inner cylindrical member and the intermediate cylindrical member are inserted into the outer cylindrical member, end faces of the three cylindrical members are connected to each other at both ends so as to have one integral unit.
An array substrate, comprising: signal lines, which include a plurality of gate lines and a plurality of data lines intersecting with each other; and a plurality of pixel units defined by the gate lines and the data lines, wherein a thin film transistor, a common electrode and a pixel electrode, which is connected to a drain of the thin film transistor, are formed in each of the pixel units, for each of the pixel units, at the positions of two corners which are adjacent to one of the data lines, a first repair area and a second repair area are formed, respectively; within the first repair area and the second repair area, patterns of the pixel electrode and the data line overlap, and there is no pattern of the common electrode, characterized in that: in the array substrate, a data repair line is formed around a pixel region comprising all of the pixel units; for the pixel unit, at the positions of two corners which are adjacent to another data line, a fourth repair area and a fifth repair area are further formed; within the fourth repair area and the fifth repair area, patterns for the pixel electrode and the said another data line overlap, and there is no pattern of the common electrode. signal lines, which include a plurality of gate lines and a plurality of data lines intersecting with each other; and a plurality of pixel units defined by the gate lines and the data lines, wherein a thin film transistor, a common electrode and a pixel electrode, which is connected to a drain of the thin film transistor, are formed in each of the pixel units, for each of the pixel units, at the positions of two corners which are adjacent to one of the data lines, a first repair area and a second repair area are formed, respectively; within the first repair area and the second repair area, patterns of the pixel electrode and the data line overlap, and there is no pattern of the common electrode, characterized in that: in the array substrate, a data repair line is formed around a pixel region comprising all of the pixel units; for the pixel unit, at the positions of two corners which are adjacent to another data line, a fourth repair area and a fifth repair area are further formed; within the fourth repair area and the fifth repair area, patterns for the pixel electrode and the said another data line overlap, and there is no pattern of the common electrode. in the array substrate, a data repair line is formed around a pixel region comprising all of the pixel units; for the pixel unit, at the positions of two corners which are adjacent to another data line, a fourth repair area and a fifth repair area are further formed; within the fourth repair area and the fifth repair area, patterns for the pixel electrode and the said another data line overlap, and there is no pattern of the common electrode.
A test hammer to carry out a strike on a section of a device under test, wherein the test hammer comprises: a motion sensor, and a transmission module to transmit a strike start indication signal if the motion sensor detects a motion state which indicates a start of a strike with the test hammer, and/or to transmit an impact indication signal if the motion sensor detects a motion state which indicates an impact of the test hammer, wherein the motion sensor is an acceleration sensor, and characterized in that the transmission module is able to output the strike start indication signal if the acceleration sensor has detected an acceleration which exceeds a predetermined first threshold, and/or the transmission module is able to output the impact indication signal if the acceleration sensor has detected an acceleration which exceeds a predetermined second threshold, and/or the transmission module is able to output the impact indication signal if the acceleration sensor has detected an acceleration which has a component in a direction which is opposite to a direction of the acceleration which has exceeded the first threshold. a motion sensor, and a transmission module to transmit a strike start indication signal if the motion sensor detects a motion state which indicates a start of a strike with the test hammer, and/or to transmit an impact indication signal if the motion sensor detects a motion state which indicates an impact of the test hammer, wherein the motion sensor is an acceleration sensor, and characterized in that the transmission module is able to output the strike start indication signal if the acceleration sensor has detected an acceleration which exceeds a predetermined first threshold, and/or the transmission module is able to output the impact indication signal if the acceleration sensor has detected an acceleration which exceeds a predetermined second threshold, and/or the transmission module is able to output the impact indication signal if the acceleration sensor has detected an acceleration which has a component in a direction which is opposite to a direction of the acceleration which has exceeded the first threshold.
A method of controlling an ultra-deep power down, UDPD, mode in a memory device, whereby the memory device is in its lowest power and least active state, the method comprising: a) receiving a write command from a host via an interface; b) beginning a write operation on the memory device to execute the write command; c) reading an auto-UDPD, AUDPD, configuration bit from a status register during the write operation; d) completing the write operation on the memory device; e) automatically entering the UDPD mode upon completion of the write operation in response to the AUDPD configuration bit being set; f) entering a standby mode upon completion of the write operation in response to the AUDPD configuration bit being cleared; and g) in response to a status register read command being received from the host: - while the memory device is in the UDPD mode, driving an output of the memory device from a high impedance to a high logical level; - while the memory device is in the standby mode, driving the output of the memory device from a high impedance to a low logical level; and - while the memory device is in an active mode, driving the output of the memory device from a high impedance to a low logical level. a) receiving a write command from a host via an interface; b) beginning a write operation on the memory device to execute the write command; c) reading an auto-UDPD, AUDPD, configuration bit from a status register during the write operation; d) completing the write operation on the memory device; e) automatically entering the UDPD mode upon completion of the write operation in response to the AUDPD configuration bit being set; f) entering a standby mode upon completion of the write operation in response to the AUDPD configuration bit being cleared; and g) in response to a status register read command being received from the host: - while the memory device is in the UDPD mode, driving an output of the memory device from a high impedance to a high logical level; - while the memory device is in the standby mode, driving the output of the memory device from a high impedance to a low logical level; and - while the memory device is in an active mode, driving the output of the memory device from a high impedance to a low logical level. - while the memory device is in the UDPD mode, driving an output of the memory device from a high impedance to a high logical level; - while the memory device is in the standby mode, driving the output of the memory device from a high impedance to a low logical level; and - while the memory device is in an active mode, driving the output of the memory device from a high impedance to a low logical level.
A freight container which, for loading freight therein, comprises a bottom, a roof, two end walls extending between the bottom and the roof, as well as two longitudinal side walls (9, 11) connected to said bottom and said roof, at least one end wall being provided with a hinged door comprising at least two door parts (4, 5), which are each connected by means of hinge constructions on one side to a frame beam (3a, 3b) extending between the bottom and the roof, which door parts can be locked from outside by an operator, using locking means, wherein the freight container is moreover provided with strengthening means (60, 62), not being the locking means, for taking up the forces being exerted on the container in use in the closed position of the door, which strengthening means comprise at least one opening and at least one pin, characterized in that one of which two strengthening means is provided in the door part, near the upper edge and/or the bottom edge, whilst the other strengthening means is provided in a frame beam (3c, 3d) that extends between the longitudinal side walls, wherein said opening and said pin are oriented in such a manner relative to each other that the pin will automatically slip into the opening upon closure of the door part, being accommodated in said opening with a tight fit, without play, in the closed position of the door part, whilst the pin will automatically move out of the opening upon opening of the door part.