mhurhangee/ep-ind-claims huggingface dataset:
A solar junction box for a solar panel having at least one photovoltaic cell and a conductive foil electrically connected to the at least one cell, the solar junction box comprising: a housing having a base and walls defining a cavity, the base having an opening configured to receive the conductive foil; and an electronic module removably received in the cavity, the electronic module having a circuit board including electronic components mounted to the circuit board, the electronic module having a foil contact configured to be removably coupled to the foil, the electronic module having a power contact configured to be removably coupled to a power terminal, the circuit board having a power circuit electrically connecting the foil contact and the power contact, wherein the electronic module is loaded into the housing in a first direction generally parallel to the walls of the housing, characterised in that the solar junction box further comprises a power cable held in the housing, the power cable having the power terminal terminated to an end of the power cable, the power terminal being positioned within the housing; and wherein the electronic module is mated to the power terminals by sliding the electronic module within the cavity in a second direction perpendicular to the first direction and generally parallel to the base. a housing having a base and walls defining a cavity, the base having an opening configured to receive the conductive foil; and an electronic module removably received in the cavity, the electronic module having a circuit board including electronic components mounted to the circuit board, the electronic module having a foil contact configured to be removably coupled to the foil, the electronic module having a power contact configured to be removably coupled to a power terminal, the circuit board having a power circuit electrically connecting the foil contact and the power contact, wherein the electronic module is loaded into the housing in a first direction generally parallel to the walls of the housing, characterised in that the solar junction box further comprises a power cable held in the housing, the power cable having the power terminal terminated to an end of the power cable, the power terminal being positioned within the housing; and wherein the electronic module is mated to the power terminals by sliding the electronic module within the cavity in a second direction perpendicular to the first direction and generally parallel to the base.
Dismantlable surgical sliding shaft instrument, comprising a function shaft (2, 3), which has a guide element and a slide element mounted slidably on the guide element and has a coupling element, and comprising an undercut rail, which is oriented along the sliding direction of the slide element and has a mounting opening at its proximal end, and a profile web with a profile that matches the rail, a grip part (4, 5), which has a rear grip element arranged at an angle at the end of the guide element, and a front grip element mounted pivotably on the guide element, which front grip element has a carrier element designed to carry along the coupling element, and a safety device arranged on the rear grip element, characterized in that the safety device engages with a form-fit component in a proximal part of a guide groove, arranged on the slide element, in a safety position, wherein a transition piece matching the form-fit component is arranged between a distal part of the guide groove and the proximal part.
A dual heart valve prosthesis for concurrent valve replacement comprising: a first prosthetic valve section having a stent structure with a first prosthetic valve secured therein; and a second prosthetic valve section having an annular frame with a second prosthetic valve secured therein, wherein when the dual heart valve prosthesis is in an expanded configuration the annular frame laterally extends from the stent structure such that the first and second prosthetic valves (101, 107) are laterally offset from each other. a first prosthetic valve section having a stent structure with a first prosthetic valve secured therein; and a second prosthetic valve section having an annular frame with a second prosthetic valve secured therein, wherein when the dual heart valve prosthesis is in an expanded configuration the annular frame laterally extends from the stent structure such that the first and second prosthetic valves (101, 107) are laterally offset from each other.
A method of manufacturing a device comprising a microelectronic component (16; 46) and a housing (24; 40, 44), the microelectronic component being housed in the housing, said housing being formed of walls defining a hermetically sealed vacuum inner space (22; 42), said device being constituted of materials likely to degas into the inner space (22; 42), said materials being metallic, ceramic, or inorganic semiconductor material, carbon, or any combination, assembly, alloy, dispersion of said materials between one another, the method comprising: - forming a getter (36; 50) in the form of thin films capable of trapping gas in said inner space, and only hydrogen, the getter being inert to oxygen and/or nitrogen; - pumping from said inner space (22; 42); in which: - during pumping, heating the device to degas the elements housed in said inner space (22; 42); and - after said pumping, hermetically sealing the housing (24; 40, 44) in fluxless fashion by means of a fluxless soldering, of an anodic bonding, of a bonding by metal diffusion, or of a molecular bonding; and - the heating of the device and the sealing of the housing are carried out at a temperature lower than 300°C. - forming a getter (36; 50) in the form of thin films capable of trapping gas in said inner space, and only hydrogen, the getter being inert to oxygen and/or nitrogen; - pumping from said inner space (22; 42); - during pumping, heating the device to degas the elements housed in said inner space (22; 42); and - after said pumping, hermetically sealing the housing (24; 40, 44) in fluxless fashion by means of a fluxless soldering, of an anodic bonding, of a bonding by metal diffusion, or of a molecular bonding; and - the heating of the device and the sealing of the housing are carried out at a temperature lower than 300°C.
Method for protecting a power grid from an electrical fault, the electrical fault generating a first signal type and a second signal type that is different from the first signal type, the power grid comprising an electrical power supply and an electrical device between which a contactor is arranged, the contactor being able to be placed in two states: - an open state, for which the electrical power supply is not electrically connected to the electrical device; - a closed state, for which the electrical power supply is electrically connected to the electrical device; the method being characterised in that it comprises the following steps: - detecting a signal of the first type; - placing the contactor in the open state; - verifying, during a predetermined time period referred to as "decided opening time (T dod)", whether a signal of the second type appears; - if a signal of the second type appears during the decided opening time (T dod), keeping the contactor in the open state; - if no signal of the second type appears during the decided opening time (T dod), placing the contactor in the closed state. - an open state, for which the electrical power supply is not electrically connected to the electrical device; - a closed state, for which the electrical power supply is electrically connected to the electrical device; - detecting a signal of the first type; - placing the contactor in the open state; - verifying, during a predetermined time period referred to as "decided opening time (T dod)", whether a signal of the second type appears; - if a signal of the second type appears during the decided opening time (T dod), keeping the contactor in the open state; - if no signal of the second type appears during the decided opening time (T dod), placing the contactor in the closed state.
A method of measuring residue ejected from an agricultural machine as the agricultural machine harvests a field, the method comprising: using a GPS antenna associated with the agricultural machine to determine Z a location of the machine; using a sensor to transmit an electromagnetic pulse toward a volume generally rearward of the agricultural machine; using the sensor to measure a reflection of the electromagnetic pulse; calculating one or more properties of residue ejected from the agricultural machine based on the measured reflection of the electromagnetic pulse, the one or more properties comprising a residue velocity; calculating a location at which the residue is expected to land in the field based on the one or more properties and the location of the agricultural machine, the residue velocity being used as a filter to remove reflections of the electromagnetic pulse from the ground; and generating a residue map correlating an amount of residue with locations in the field. using a GPS antenna associated with the agricultural machine to determine Z a location of the machine; using a sensor to transmit an electromagnetic pulse toward a volume generally rearward of the agricultural machine; using the sensor to measure a reflection of the electromagnetic pulse; calculating one or more properties of residue ejected from the agricultural machine based on the measured reflection of the electromagnetic pulse, the one or more properties comprising a residue velocity; calculating a location at which the residue is expected to land in the field based on the one or more properties and the location of the agricultural machine, the residue velocity being used as a filter to remove reflections of the electromagnetic pulse from the ground; and generating a residue map correlating an amount of residue with locations in the field.
A trash can assembly comprising: a body component; a lid mounted relative to the body component and configured to move between open and closed positions, the lid having lid driving mechanism components; a power operated driving mechanism comprising a motor coupled with a shaft, the power operated driving mechanism being activated by a sensor; characterized in that a trim member pivotally coupled with the body component and configured to move between a closed position and an open position, at least one of the power operated driving mechanism and the sensor being deactivated when the trim member is in the open position; and a clutch mechanism engageable with the lid driving mechanism components, the clutch mechanism configured to receive torque from the motor via the shaft and to transmit the torque to the lid driving mechanism components to move the lid between the open and closed positions; wherein the lid driving mechanism components and the clutch mechanism are configured to allow a user to manually move the lid between the open and closed positions substantially without applying torque to at least one of: the motor, the shaft, and the clutch mechanism; wherein, when the trim member is in the closed position and an upper portion of a removable liner is positioned over an upper edge of the body component, the trim member is configured to engage the upper edge of the body component to pinch the upper portion of the removable liner between the trim member and the upper edge of the body component. a body component; a lid mounted relative to the body component and configured to move between open and closed positions, the lid having lid driving mechanism components; a power operated driving mechanism comprising a motor coupled with a shaft, the power operated driving mechanism being activated by a sensor; characterized in that a trim member pivotally coupled with the body component and configured to move between a closed position and an open position, at least one of the power operated driving mechanism and the sensor being deactivated when the trim member is in the open position; and a clutch mechanism engageable with the lid driving mechanism components, the clutch mechanism configured to receive torque from the motor via the shaft and to transmit the torque to the lid driving mechanism components to move the lid between the open and closed positions; wherein the lid driving mechanism components and the clutch mechanism are configured to allow a user to manually move the lid between the open and closed positions substantially without applying torque to at least one of: the motor, the shaft, and the clutch mechanism; wherein, when the trim member is in the closed position and an upper portion of a removable liner is positioned over an upper edge of the body component, the trim member is configured to engage the upper edge of the body component to pinch the upper portion of the removable liner between the trim member and the upper edge of the body component.
A three-dimensional time-of-flight image camera, comprising: a signal generator configured to generate a modulated electrical signal; a light emitter configured to emit modulated light in accordance with the modulated electrical signal; an image lens configured to receive backscattered light that includes at least a portion of the modulated light; a pixel array that includes a plurality of pixels that are configured to generate photoelectric signals in response to the portion of the modulated light; and a micro lens array that includes a plurality of micro lenses having a plurality of different micro lens heights and widths, wherein individual micro lenses are configured with individual micro lens heights and widths that are inversely related to image heights of the individual micro lenses with respect to an axis of the image lens a signal generator configured to generate a modulated electrical signal; a light emitter configured to emit modulated light in accordance with the modulated electrical signal; an image lens configured to receive backscattered light that includes at least a portion of the modulated light; a pixel array that includes a plurality of pixels that are configured to generate photoelectric signals in response to the portion of the modulated light; and a micro lens array that includes a plurality of micro lenses having a plurality of different micro lens heights and widths, wherein individual micro lenses are configured with individual micro lens heights and widths that are inversely related to image heights of the individual micro lenses with respect to an axis of the image lens
A pre-formed insulated concrete form panel, comprising: first and second panels (12 and 14, respectively), made of an expandable polymer material, and having exterior surfaces (12e and 14e, respectively) and interior surfaces (12i and 14i, respectively) and positioned in opposed spaced relation to form a cavity between the interior surfaces (12i and 14i); the pre-formed insulated concrete form panel having an internal connector frame disposed within the cavity and having a plurality of bridge members that are spaced one atop the other and are irreleasably connected to a plurality of stud members of the internal connector frame; wherein each bridge member has a first end, a second end, and a plurality of side ends, wherein each side end has opposed first coupling means for mechanically coupling the bridge members to the stud members; wherein each stud member has a first end, a second end, and at least one second coupling means, wherein each first and second end has connection means (22a, 22b) for mechanically connecting adjacent stud members positioned end-to-end, and wherein the at least one second coupling means corresponds to the first coupling means for mechanically coupling the bridge members to the stud members; characterized in that each first and second end of each bridge member has connection means (20a, 20b) for mechanically connecting adjacent bridge members positioned end-to-end, and in that the stud members are integral to first and second panel members (12 and 14), such that the first and second panel members (12 and 14) are molded around or to the stud members. first and second panels (12 and 14, respectively), made of an expandable polymer material, and having exterior surfaces (12e and 14e, respectively) and interior surfaces (12i and 14i, respectively) and positioned in opposed spaced relation to form a cavity between the interior surfaces (12i and 14i); the pre-formed insulated concrete form panel having an internal connector frame disposed within the cavity and having a plurality of bridge members that are spaced one atop the other and are irreleasably connected to a plurality of stud members of the internal connector frame; wherein each bridge member has a first end, a second end, and a plurality of side ends, wherein each side end has opposed first coupling means for mechanically coupling the bridge members to the stud members; wherein each stud member has a first end, a second end, and at least one second coupling means, wherein each first and second end has connection means (22a, 22b) for mechanically connecting adjacent stud members positioned end-to-end, and wherein the at least one second coupling means corresponds to the first coupling means for mechanically coupling the bridge members to the stud members; characterized in that each first and second end of each bridge member has connection means (20a, 20b) for mechanically connecting adjacent bridge members positioned end-to-end, and in that the stud members are integral to first and second panel members (12 and 14), such that the first and second panel members (12 and 14) are molded around or to the stud members.
A light emitting apparatus comprising: a first light emitting device including a first LED chip and a first phosphor; and a second light emitting device including a second LED chip and a second phosphor, wherein the second light emitting device emits light of a second mixed color complementary to a first mixed color of light emitted from the first light emitting device in a range of white color, at least one of the first light emitting device and the second light emitting device comprises at least one phosphor of a yellow phosphor, a red phosphor, a green phosphor, or an orange phosphor, at least one of the first light emitting device and the second light emitting device comprises an UV LED chip, and the first light emitting device and the second light emitting device have a different forward driving voltage from each other whereby the first and second light emitting devices (101, 102) have higher forward driving voltage and lower forward driving voltage on the basis of a reference voltage. a first light emitting device including a first LED chip and a first phosphor; and a second light emitting device including a second LED chip and a second phosphor, wherein the second light emitting device emits light of a second mixed color complementary to a first mixed color of light emitted from the first light emitting device in a range of white color, at least one of the first light emitting device and the second light emitting device comprises at least one phosphor of a yellow phosphor, a red phosphor, a green phosphor, or an orange phosphor, at least one of the first light emitting device and the second light emitting device comprises an UV LED chip, and the first light emitting device and the second light emitting device have a different forward driving voltage from each other whereby the first and second light emitting devices (101, 102) have higher forward driving voltage and lower forward driving voltage on the basis of a reference voltage.
A monitoring support system for supporting monitoring of the migration of an IT resource, the monitoring support system comprising: the IT resource belongs to a tenant, wherein the tenant is provided in multiple different data centers, a virtualization control part for migrating the IT resource from a first monitoring system which is provided in a first data center of the different data centers as a migration source to a second monitoring system which is provided in a second data center of the different data centers as a migration destination; an IT resource management table update part for updating the migration source IT resource stored in an IT resource table in which the migration source IT resource or the migration destination IT resource is associated with the physical server to which the IT resource belongs; a monitoring configuration migration part for migrating the monitoring configuration of the migration source IT resource from the first monitoring system to the second monitoring system; and a performance information migration part for migrating the performance information of the migration source IT resource from the first monitoring system to the second monitoring system. the IT resource belongs to a tenant, wherein the tenant is provided in multiple different data centers, a virtualization control part for migrating the IT resource from a first monitoring system which is provided in a first data center of the different data centers as a migration source to a second monitoring system which is provided in a second data center of the different data centers as a migration destination; an IT resource management table update part for updating the migration source IT resource stored in an IT resource table in which the migration source IT resource or the migration destination IT resource is associated with the physical server to which the IT resource belongs; a monitoring configuration migration part for migrating the monitoring configuration of the migration source IT resource from the first monitoring system to the second monitoring system; and a performance information migration part for migrating the performance information of the migration source IT resource from the first monitoring system to the second monitoring system.
A non-aqueous electrochemical cell comprising: an anode; a cathode comprising a cathode material comprising an amorphous or semi-crystalline copper manganese oxide cathode material having the formula Cu a Mn b O c, wherein (i) the copper therein has an oxidation state between 1 and 3, (ii) the manganese therein has an oxidation state between 2 and 7, (iii) a and b each have a value greater than zero, and further that the sum of a + b is between 1 and 3; and (iv) c has a value that is consistent with the values of a, b, and the oxidation states of copper and manganese; a separator disposed between the anode and the cathode; a non-aqueous electrolyte which is in fluid communication with the anode, the cathode and the separator; and wherein the cathode material further comprises fluorinated carbon. an anode; a cathode comprising a cathode material comprising an amorphous or semi-crystalline copper manganese oxide cathode material having the formula Cu a Mn b O c, wherein (i) the copper therein has an oxidation state between 1 and 3, (ii) the manganese therein has an oxidation state between 2 and 7, (iii) a and b each have a value greater than zero, and further that the sum of a + b is between 1 and 3; and (iv) c has a value that is consistent with the values of a, b, and the oxidation states of copper and manganese; a separator disposed between the anode and the cathode; a non-aqueous electrolyte which is in fluid communication with the anode, the cathode and the separator; and wherein the cathode material further comprises fluorinated carbon.
Connecting element for the rotatable connection of a car body to a bogie of a rail vehicle, wherein the connecting element has a boundary surface which can be aligned with the car body and on which the car body at least partially rests when the connecting element is in the assembled state, characterised in that the connecting element has at least one channel-shaped recess in the boundary surface which runs through the entire boundary surface.