mhurhangee/ep-ind-claims huggingface dataset:
A rolling element intermediate shaft assembly comprising: a solid shaft having a first end and a second end, wherein the solid shaft includes an outer surface having an axially extending groove formed therein; a tubular shaft configured to receive the shaft second end, the tubular shaft having an inner wall with an axially extending groove formed therein, the axially extending groove having an inner surface; a wear plate having a first end, a second end and a bottom surface and defining an axially extending channel, the wear plate received in the tubular shaft axially extending groove; and at least one ball bearing disposed within the wear plate channel between the wear plate and the solid shaft axially extending groove, characterized in that the wear plate first end includes arms configured to facilitate the holding of the wear plate in position within the tubular shaft, the wear plate second end includes a tab configured to facilitate the prevention of the at least one ball bearing from rolling out of the groove if the solid shaft is extended past the wear plate, and a retainer cap is coupled to the tubular shaft to facilitate retention of the at least one ball bearing within the tubular shaft, with the first end of the wear plate configured to be inserted in the cap. a solid shaft having a first end and a second end, wherein the solid shaft includes an outer surface having an axially extending groove formed therein; a tubular shaft configured to receive the shaft second end, the tubular shaft having an inner wall with an axially extending groove formed therein, the axially extending groove having an inner surface; a wear plate having a first end, a second end and a bottom surface and defining an axially extending channel, the wear plate received in the tubular shaft axially extending groove; and at least one ball bearing disposed within the wear plate channel between the wear plate and the solid shaft axially extending groove, characterized in that the wear plate first end includes arms configured to facilitate the holding of the wear plate in position within the tubular shaft, the wear plate second end includes a tab configured to facilitate the prevention of the at least one ball bearing from rolling out of the groove if the solid shaft is extended past the wear plate, and a retainer cap is coupled to the tubular shaft to facilitate retention of the at least one ball bearing within the tubular shaft, with the first end of the wear plate configured to be inserted in the cap.
A seed double eliminator for a seeding machine having a seed disc, the seed double eliminator comprising: a housing comprising: a cavity; and a shaft formed in the cavity, characterized in that the shaft defines a pivot axis, and in that the seed double eliminator further comprises a tine mounted on the shaft and pivotable about the pivot axis; and a selector operably engaged with the tine, the selector movable to alter an angular orientation of the tine about the pivot axis. a housing comprising: a cavity; and a shaft formed in the cavity, characterized in that the shaft defines a pivot axis, and in that the seed double eliminator further comprises a cavity; and a shaft formed in the cavity, characterized in that the shaft defines a pivot axis, and in that the seed double eliminator further comprises a tine mounted on the shaft and pivotable about the pivot axis; and a selector operably engaged with the tine, the selector movable to alter an angular orientation of the tine about the pivot axis.
A display device, comprising: a panel including an active area and a non-active area, the non-active area surrounding the active area; a recess in the non-active area of the panel, a driving circuit unit in the non-active area of the panel; a driving auxiliary part disposed inside the recess, wherein the driving auxiliary part includes one or more of a capacitor (C1, C2, C3), a resistor, or an inductor connected to the driving circuit unit; and a printed circuit board on one side of the panel, the printed circuit board being connected to the driving circuit unit, characterised in that the recess comprises a trench or groove in the non-active area of the panel; and in that the printed circuit board is connected to the driving auxiliary part. a panel including an active area and a non-active area, the non-active area surrounding the active area; a recess in the non-active area of the panel, a driving circuit unit in the non-active area of the panel; a driving auxiliary part disposed inside the recess, wherein the driving auxiliary part includes one or more of a capacitor (C1, C2, C3), a resistor, or an inductor connected to the driving circuit unit; and a printed circuit board on one side of the panel, the printed circuit board being connected to the driving circuit unit, characterised in that the recess comprises a trench or groove in the non-active area of the panel; and in that the printed circuit board is connected to the driving auxiliary part.
Silicone, with radiation-generated surface modification, wherein the surface modification is a region with altered physical composition compared to the unmodified silicone and, at least after 20% unidirectional expansion, has a fissure structure having fissures of depth 2-50 μm, preferably 2-30 μm and more preferably 2-15 μm.
A ceiling-embedded air conditioner comprising: a box-shaped main unit that is embedded in a ceiling of an air-conditioned room, and includes a blowing fan and a heat exchanger surrounding the blowing fan inside; a square decorative panel that is mounted on the lower surface of the main unit and covers the ceiling, the decorative panel including an outer frame portion, an inner frame portion disposed more inside than the outerframe portion, and connection portions connecting the outer frame portion and the inner frame portion at corner portions; a blowoff path that is disposed between the outer frame portion and the inner frame portion; a blowoff opening that is an opening formed between the adjacent connection portions in the blowoff path; a corner blowoff portion at a corner portion of the blowoff path under the connection portions; and a wind direction plate that is provided along each side of a square of the decorative panel to cover the blowoff path and is longer than a long side of the blowoff opening, wherein the wind direction plate includes a shaft portion, a plate-like bearing support column is erected from the connection portion, and the bearing support column includes at the tip a shaft hole for supporting pivotally the shaft portion and includes a ventilation hole between the shaft hole and the connection portion, such that a portion of the air blown by the blowing fan passes through the ventilation hole and moves toward the corner blowoff portion. a box-shaped main unit that is embedded in a ceiling of an air-conditioned room, and includes a blowing fan and a heat exchanger surrounding the blowing fan inside; a square decorative panel that is mounted on the lower surface of the main unit and covers the ceiling, the decorative panel including an outer frame portion, an inner frame portion disposed more inside than the outerframe portion, and connection portions connecting the outer frame portion and the inner frame portion at corner portions; a blowoff path that is disposed between the outer frame portion and the inner frame portion; a blowoff opening that is an opening formed between the adjacent connection portions in the blowoff path; a corner blowoff portion at a corner portion of the blowoff path under the connection portions; and a wind direction plate that is provided along each side of a square of the decorative panel to cover the blowoff path and is longer than a long side of the blowoff opening, wherein the wind direction plate includes a shaft portion, a plate-like bearing support column is erected from the connection portion, and the bearing support column includes at the tip a shaft hole for supporting pivotally the shaft portion and includes a ventilation hole between the shaft hole and the connection portion, such that a portion of the air blown by the blowing fan passes through the ventilation hole and moves toward the corner blowoff portion.
A method of monitoring the cardiac activity in a patient comprising the steps of: detecting electrical signals from a patient's body with a chest assembly and a precordial assembly; transmitting the electrical signals from the chest assembly and the precordial assembly to a body electronics unit, the body electronics unit including a user interface for communicating information to a user; transmitting the electrical signals from the body electronics unit to a base station via radio frequency transmission, the base station including a user interface for communicating information to the user; and transmitting the electrical signals from the base station to an electrocardiograph monitor. detecting electrical signals from a patient's body with a chest assembly and a precordial assembly; transmitting the electrical signals from the chest assembly and the precordial assembly to a body electronics unit, the body electronics unit including a user interface for communicating information to a user; transmitting the electrical signals from the body electronics unit to a base station via radio frequency transmission, the base station including a user interface for communicating information to the user; and transmitting the electrical signals from the base station to an electrocardiograph monitor.
A light assembly for an aircraft evacuation system, comprising: a first casing including a weighted portion; a light source disposed within the first casing; and a second casing coupled to the first casing by a pin, the weighted portion being disposed within the interior of the first casing; the first casing comprising an optically transmissive material and a first cylindrical outer perimeter wall that is disposed about a rotational axis (B, B') of the first casing, and with the pin coinciding with the rotational axis (B, B'), and wherein a center of mass of the first casing is offset from the rotational axis; the second casing comprising an optically transmissive material and a second cylindrical outer perimeter wall that is also disposed about the rotational axis (B, B') of the first casing, with the first casing being enclosed by the second casing, and with the first cylindrical outer perimeter wall of the first casing being disposed radially inwardly, relative to the rotational axis, of the second cylindrical outer wall of the second casing; and wherein the output of the light source proceeds through the first cylindrical outer perimeter wall of the first casing, through a space between the second casing and the first casing, and through the second cylindrical outer perimeter wall of the second casing, characterized by a damper comprising an optically transmissive liquid, the damper disposed between the first casing and the second casing, the damper configured to damper rotation of the first casing with regard to the second casing. a first casing including a weighted portion; a light source disposed within the first casing; and a second casing coupled to the first casing by a pin, the weighted portion being disposed within the interior of the first casing; the first casing comprising an optically transmissive material and a first cylindrical outer perimeter wall that is disposed about a rotational axis (B, B') of the first casing, and with the pin coinciding with the rotational axis (B, B'), and wherein a center of mass of the first casing is offset from the rotational axis; the second casing comprising an optically transmissive material and a second cylindrical outer perimeter wall that is also disposed about the rotational axis (B, B') of the first casing, with the first casing being enclosed by the second casing, and with the first cylindrical outer perimeter wall of the first casing being disposed radially inwardly, relative to the rotational axis, of the second cylindrical outer wall of the second casing; and wherein the output of the light source proceeds through the first cylindrical outer perimeter wall of the first casing, through a space between the second casing and the first casing, and through the second cylindrical outer perimeter wall of the second casing, characterized by a damper comprising an optically transmissive liquid, the damper disposed between the first casing and the second casing, the damper configured to damper rotation of the first casing with regard to the second casing.
A method for maintaining calls during main/standby switching of a VoIP device, characterized by comprising: a media address unit configuration step, comprising: configuring a same media IP address and Media Access Control MAC address for a main media address translation unit and a standby media address translation unit, and dividing the standby media address translation unit into an interior Virtual Local Area Network VLAN and an exterior VLAN, wherein, the interior VLAN provides the standby media address translation unit to send a free Address Resolution Protocol ARP packet to a media resource processing unit, and the exterior VLAN provides the standby media address translation unit to send a free ARP packet to an uplink switch; a media address unit ARP packet triggering step, comprising: when occurrence of main/standby switching of the VoIP device is detected, switching a state of the standby media address translation unit to a main state, and triggering the standby media address translation unit to broadcast a free ARP packet through the interior VLAN and the exterior VLAN; wherein, the free ARP packet is formed using an external media IP address and MAC address of the VoIP device as a source; and a media resource processing unit ARP packet triggering step, comprising: when the occurrence of main/standby switching of the VoIP device is detected, triggering the media resource processing unit to broadcast a free ARP packet through the interior VLAN; wherein, the free ARP packet is formed using an internal media IP address and MAC address of the media resource processing unit as the source. a media address unit configuration step, comprising: configuring a same media IP address and Media Access Control MAC address for a main media address translation unit and a standby media address translation unit, and dividing the standby media address translation unit into an interior Virtual Local Area Network VLAN and an exterior VLAN, wherein, the interior VLAN provides the standby media address translation unit to send a free Address Resolution Protocol ARP packet to a media resource processing unit, and the exterior VLAN provides the standby media address translation unit to send a free ARP packet to an uplink switch; a media address unit ARP packet triggering step, comprising: when occurrence of main/standby switching of the VoIP device is detected, switching a state of the standby media address translation unit to a main state, and triggering the standby media address translation unit to broadcast a free ARP packet through the interior VLAN and the exterior VLAN; wherein, the free ARP packet is formed using an external media IP address and MAC address of the VoIP device as a source; and a media resource processing unit ARP packet triggering step, comprising: when the occurrence of main/standby switching of the VoIP device is detected, triggering the media resource processing unit to broadcast a free ARP packet through the interior VLAN; wherein, the free ARP packet is formed using an internal media IP address and MAC address of the media resource processing unit as the source.
An evaluation method for evaluating eyeglass lenses, the evaluation method comprising: enabling a subject to wear a lens to be evaluated; enabling the subject to induce brain activity by enabling the subject to view a changing visual stimulus object that induces periodic brain activity through the lens to be evaluated; obtaining the brain activity as a waveform of an electrical signal; calculating one or more among an amplitude, a power value, and a phase in a frequency that is an inverse number of a period of the periodic brain activity through analysis of the waveform; and evaluating the lens to be evaluated based on a magnitude of an amplitude or of a power value obtained above or based on a slowness/fastness of a phase obtained above, wherein in the analysis of the waveform, a time unit for use in analysis smaller than a total measurement time is set, the total measurement time constituting in particular an analysis window, the analysis is performed by the unit of the analysis window, and an average visual perception of the analysis window is evaluated by the analysis. enabling a subject to wear a lens to be evaluated; enabling the subject to induce brain activity by enabling the subject to view a changing visual stimulus object that induces periodic brain activity through the lens to be evaluated; obtaining the brain activity as a waveform of an electrical signal; calculating one or more among an amplitude, a power value, and a phase in a frequency that is an inverse number of a period of the periodic brain activity through analysis of the waveform; and evaluating the lens to be evaluated based on a magnitude of an amplitude or of a power value obtained above or based on a slowness/fastness of a phase obtained above, wherein in the analysis of the waveform, a time unit for use in analysis smaller than a total measurement time is set, the total measurement time constituting in particular an analysis window, the analysis is performed by the unit of the analysis window, and an average visual perception of the analysis window is evaluated by the analysis.
A storage system, comprising a plurality of vertical stacks of storage containers, wherein the stacks are arranged in a horizontal first direction and a horizontal second direction which is perpendicular to the first direction, a transport unit for transporting at least one container to or from a selected stack in the first and/or second direction (X, Y), a container handling device (9, 10) for transferring at least an upper container from a selected stack to the transport unit before the transport unit including the container is transported from said selected stack and for transferring at least a container from the transport unit to the top of a selected stack after the transport unit including the container is transported to said selected stack, wherein the transport unit is movable above the stacks, wherein the container handling device comprises a lifting member for displacing a selected stack in vertical direction with respect to adjacent stacks, wherein the lifting member is movable below the stacks in a non-lifting condition thereof, and wherein the container handling device comprises an engaging member that is provided at the transport unit and suitable for engaging at least an upper container of a lifted stack so as to retrieve said container or for releasing an engaged container so as to place said container on top of a selected stack, characterised in that the storage system is provided with a storage vehicle for temporarily storing at least a container at a selected stack, which storage vehicle is movable with respect to the stacks in the first and/or second direction (X, Y) and provided with engaging means for engaging at least a container, wherein the storage vehicle is adapted such that when the lifting member lifts the selected stack to a level at which at least two containers project above a top plane in which upper sides of the stacks lie, the engaging means can engage the second container (3") above the top plane whereas the first container above the top plane is accessible by the transport unit.
A computer implemented method for X-ray image inhalation quality monitoring, comprising the following steps: a) receiving a chest X-ray image of a patient; b) detecting rib bones in the chest X-ray image; c) identifying a plurality of intercostal spaces each representing a space between adjacent detected rib bones; d) detecting the diaphragm in the chest X-ray image and generating a diaphragm line comprising a plurality of points representing a path of a diaphragm in the chest X-ray image; and e) applying a score assigning rule to assign a point score to each point of the diaphragm line based on a respective intercostal space where the point is located in the image, wherein the score assigning rule defines a correspondence between point scores to be assigned depending on the intercostal spaces where the point is located; and f) determining an inhalation index based on the point scores of the points of the diaphragm line. a) receiving a chest X-ray image of a patient; b) detecting rib bones in the chest X-ray image; c) identifying a plurality of intercostal spaces each representing a space between adjacent detected rib bones; d) detecting the diaphragm in the chest X-ray image and generating a diaphragm line comprising a plurality of points representing a path of a diaphragm in the chest X-ray image; and e) applying a score assigning rule to assign a point score to each point of the diaphragm line based on a respective intercostal space where the point is located in the image, wherein the score assigning rule defines a correspondence between point scores to be assigned depending on the intercostal spaces where the point is located; and f) determining an inhalation index based on the point scores of the points of the diaphragm line.
An oral care system, comprising: a container defining an interior portion and comprising: an oral fluid bottle including a receptacle and an internal chamber defined within an interior portion of the oral fluid bottle; a solution cup provided within the interior portion and configured to hold an oral fluid; a spittoon straw configured to slide into the interior portion of the container, the spittoon straw comprising a funnel portion and a tube connected to a base of the funnel portion; and a barrier positioned over an opening in the solution cup and configured to maintain the oral fluid separate from the interior portion, a toothbrush configured for use with the container; wherein the barrier is configured to be breached to expose the interior portion to the fluid. a container defining an interior portion and comprising: an oral fluid bottle including a receptacle and an internal chamber defined within an interior portion of the oral fluid bottle; a solution cup provided within the interior portion and configured to hold an oral fluid; a spittoon straw configured to slide into the interior portion of the container, the spittoon straw comprising a funnel portion and a tube connected to a base of the funnel portion; and a barrier positioned over an opening in the solution cup and configured to maintain the oral fluid separate from the interior portion, an oral fluid bottle including a receptacle and an internal chamber defined within an interior portion of the oral fluid bottle; a solution cup provided within the interior portion and configured to hold an oral fluid; a spittoon straw configured to slide into the interior portion of the container, the spittoon straw comprising a funnel portion and a tube connected to a base of the funnel portion; and a barrier positioned over an opening in the solution cup and configured to maintain the oral fluid separate from the interior portion, a toothbrush configured for use with the container; wherein the barrier is configured to be breached to expose the interior portion to the fluid.