mhurhangee/ep-ind-claims huggingface dataset:
An actuator for an ultrasound probe comprising: a housing assembly configured to accommodate the ultrasound probe and to be positioned adjacent to a target region of interest to be examined; a motor assembly coupled to the housing assembly, the motor assembly configured to move the housing assembly in a manner to allow the ultrasound probe when accommodated by the housing assembly to perform a compound scan of the target region of interest; and a casing enclosing at least the motor assembly; characterised in that the actuator further comprises user actuatable controls on the casing. a housing assembly configured to accommodate the ultrasound probe and to be positioned adjacent to a target region of interest to be examined; a motor assembly coupled to the housing assembly, the motor assembly configured to move the housing assembly in a manner to allow the ultrasound probe when accommodated by the housing assembly to perform a compound scan of the target region of interest; and a casing enclosing at least the motor assembly; characterised in that the actuator further comprises user actuatable controls on the casing.
A method for automatic inclination compensation of solar sunlight tracing panel, comprising the steps of: using at least two light sensors (31, 32, 33, 34) of a light receiving end surface of each solar panel (11, 12, 13) for being illuminated by sunlight and generating matching electric potential signals; characterized by dividing a daylight area into a predetermined time range for high sunlight illumination and a predetermined time range for low sunlight illumination; and comparing the matching electric potential signals in the time range for low sunlight illumination or high sunlight illumination, and when the electric potential signals have electric potential difference, driving the solar panels (11, 12, 13) synchronically until the electric potential of the electric potential signals become equal in order for compensating the solar panel inclination to let the whole light receiving end surface illuminated by sunlight, wherein the predetermined time range of high sunlight illumination is the time between 10 a.m. and 3 p.m when the illumination intensity of sunlight is high in a single day at noon and time just before noon and after noon, and wherein the predetermined time range of low sunlight illumination is when the illumination intensity of sunlight is low in a single day, including the morning and afternoon and ranging from 5 a.m. to 10 a.m. and from 3 p.m. to 7 p.m.. using at least two light sensors (31, 32, 33, 34) of a light receiving end surface of each solar panel (11, 12, 13) for being illuminated by sunlight and generating matching electric potential signals; characterized by dividing a daylight area into a predetermined time range for high sunlight illumination and a predetermined time range for low sunlight illumination; and comparing the matching electric potential signals in the time range for low sunlight illumination or high sunlight illumination, and when the electric potential signals have electric potential difference, driving the solar panels (11, 12, 13) synchronically until the electric potential of the electric potential signals become equal in order for compensating the solar panel inclination to let the whole light receiving end surface illuminated by sunlight, wherein the predetermined time range of high sunlight illumination is the time between 10 a.m. and 3 p.m when the illumination intensity of sunlight is high in a single day at noon and time just before noon and after noon, and wherein the predetermined time range of low sunlight illumination is when the illumination intensity of sunlight is low in a single day, including the morning and afternoon and ranging from 5 a.m. to 10 a.m. and from 3 p.m. to 7 p.m..
A row unit for a header of an agricultural harvester comprising a frame, a first deck plate assembly mounted to the frame, and a second deck plate assembly mounted to the frame, wherein: the first deck plate assembly includes a first moveable deck plate, the second deck plate assembly includes a second moveable deck plate, characterized in that: the first deck plate assembly further includes a plurality of first deck plate segments (34a, 34a', 234a, 434a, 534a) mounted to the first moveable deck plate and moveable between a first position and a second position relative to the first moveable deck plate, and a plurality of biasing members (50, 50', 150) for biasing each respective first deck plate segment; and in that the second deck plate assembly further includes a plurality of second deck plate segments (34b, 34b', 234b, 434a, 534a) mounted to the second moveable deck plate and moveable between a first position and a second position relative to the second moveable deck plate, and a plurality of biasing members (50, 50', 150) for biasing each respective second deck plate segment. the first deck plate assembly includes a first moveable deck plate, the second deck plate assembly includes a second moveable deck plate, characterized in that: the first deck plate assembly further includes a plurality of first deck plate segments (34a, 34a', 234a, 434a, 534a) mounted to the first moveable deck plate and moveable between a first position and a second position relative to the first moveable deck plate, and a plurality of biasing members (50, 50', 150) for biasing each respective first deck plate segment; and in that the second deck plate assembly further includes a plurality of second deck plate segments (34b, 34b', 234b, 434a, 534a) mounted to the second moveable deck plate and moveable between a first position and a second position relative to the second moveable deck plate, and a plurality of biasing members (50, 50', 150) for biasing each respective second deck plate segment. the first deck plate assembly further includes a plurality of first deck plate segments (34a, 34a', 234a, 434a, 534a) mounted to the first moveable deck plate and moveable between a first position and a second position relative to the first moveable deck plate, and a plurality of biasing members (50, 50', 150) for biasing each respective first deck plate segment; and in that the second deck plate assembly further includes a plurality of second deck plate segments (34b, 34b', 234b, 434a, 534a) mounted to the second moveable deck plate and moveable between a first position and a second position relative to the second moveable deck plate, and a plurality of biasing members (50, 50', 150) for biasing each respective second deck plate segment.
A colored metallic pigment comprising at least: a metallic pigment; an amorphous silicon oxide film layer formed on a surface of the metallic pigment; a metallic-particle-supporting layer formed on a surface of the amorphous silicon oxide film layer and having a thickness of 0.1 to 10 nm; and metallic particles formed on a surface of the metallic-particle-supporting layer, the metallic-particle-supporting layer being formed of one or both of a metal layer and a metal oxide layer composed of a metal oxide other than silicon oxide, the metallic particles being formed to directly cover a part of the surface of the metallic-particle-supporting layer, the amorphous silicon oxide film layer having a thickness of more than 500 nm. a metallic pigment; an amorphous silicon oxide film layer formed on a surface of the metallic pigment; a metallic-particle-supporting layer formed on a surface of the amorphous silicon oxide film layer and having a thickness of 0.1 to 10 nm; and metallic particles formed on a surface of the metallic-particle-supporting layer, the metallic-particle-supporting layer being formed of one or both of a metal layer and a metal oxide layer composed of a metal oxide other than silicon oxide, the metallic particles being formed to directly cover a part of the surface of the metallic-particle-supporting layer, the amorphous silicon oxide film layer having a thickness of more than 500 nm.
An orthodontic appliance, comprising: a shell aligner comprising a first portion having teeth receiving cavities shaped to receive and resiliently position teeth, and a second portion having a teeth receiving cavity shaped to receive bracketed teeth of a patient and further comprising a bracket relief portion shaped to accommodate a bracket and wire, the second portion shaped based on a movement path geometry accommodating movement of at least one bracketed tooth between a first position and a second position as elicited by force from said bracket and wire orthodontic braces appliance wherein the second portion is adapted to accommodate movement of said at least one bracketed tooth relative to the second portion during movement between the first and second positions.
A current control semiconductor element comprising: a main MOSFET configured to drive a current; and a sense MOSFET that is connected to the main MOSFET in parallel and is configured to detect a current shunted from a current of the main MOSFET, the main MOSFET and the sense MOSFET being formed in a multi-finger MOSFET on the same semiconductor chip, wherein the multi-finger MOSFET has a plurality of channels, all the channels of the multi-finger MOSFET having the same shape and equal gate widths and being arranged in a single row in a direction, X direction, perpendicular to a channel width direction, wherein a part of the channels of the multi-finger MOSFET forms a channel for the sense MOSFET, wherein when a distance between the center of the multi-finger MOSFET and a channel located farthest from the center of the multi-finger MOSFET is indicated by L, a channel that is located closest to a position distant by a distance of (L/(√3)) from the center of the multi-finger MOSFET is used as the channel for the sense MOSFET, and wherein a total gate width of the sense MOSFET is designed in a range of 1/1000 to 1/100 of a total gate width of the main MOSFET, whereby a sense ratio is in a range of 1/1000 to 1/100. a main MOSFET configured to drive a current; and a sense MOSFET that is connected to the main MOSFET in parallel and is configured to detect a current shunted from a current of the main MOSFET, the main MOSFET and the sense MOSFET being formed in a multi-finger MOSFET on the same semiconductor chip, wherein the multi-finger MOSFET has a plurality of channels, all the channels of the multi-finger MOSFET having the same shape and equal gate widths and being arranged in a single row in a direction, X direction, perpendicular to a channel width direction, wherein a part of the channels of the multi-finger MOSFET forms a channel for the sense MOSFET, wherein when a distance between the center of the multi-finger MOSFET and a channel located farthest from the center of the multi-finger MOSFET is indicated by L, a channel that is located closest to a position distant by a distance of (L/(√3)) from the center of the multi-finger MOSFET is used as the channel for the sense MOSFET, and wherein a total gate width of the sense MOSFET is designed in a range of 1/1000 to 1/100 of a total gate width of the main MOSFET, whereby a sense ratio is in a range of 1/1000 to 1/100.
A motorcycle tire for running on rough terrain, the tire comprising: a tread portion comprising a central region having a development width of one third of a tread development width (TWe), a pair of shoulder regions each having a development width of one sixth of the tread development width (TWe) from each tread edge (Te), and a middle region defined between the central region and one of the shoulder regions on each side of a tire equator; the tread portion being provided with at least one central block having a ground contact face whose centroid is located within the central region, at least one shoulder block having a ground contact face whose centroid is located within the shoulder region on each side of the tire equator, and at least one middle block having a ground contact face whose centroid is located within the middle region on each side of the tire equator; and when the respective blocks are projected onto a tire meridian cross section along a circumferential direction of the tire, every pair of axially adjacent two blocks are arranged so as to overlap one another at least partially on the tire meridian cross section characterized in that said at least one shoulder block comprises a dented shoulder block having an axially inner sidewall which is dented. a tread portion comprising a central region having a development width of one third of a tread development width (TWe), a pair of shoulder regions each having a development width of one sixth of the tread development width (TWe) from each tread edge (Te), and a middle region defined between the central region and one of the shoulder regions on each side of a tire equator; the tread portion being provided with at least one central block having a ground contact face whose centroid is located within the central region, at least one shoulder block having a ground contact face whose centroid is located within the shoulder region on each side of the tire equator, and at least one middle block having a ground contact face whose centroid is located within the middle region on each side of the tire equator; and when the respective blocks are projected onto a tire meridian cross section along a circumferential direction of the tire, every pair of axially adjacent two blocks are arranged so as to overlap one another at least partially on the tire meridian cross section characterized in that said at least one shoulder block comprises a dented shoulder block having an axially inner sidewall which is dented.
A fiber optic equipment assembly, comprising: a rear housing section (28, 28, 28, 28) for a fiber optic housing (12, 12, 12); and an attachment mechanism (34, 34) extending from the rear housing section (28, 28, 28, 28), the attachment mechanism (34, 34) configured to removably attach the rear housing section (28, 28, 28, 28) to the fiber optic housing (12, 12, 12), characterized in that the attachment mechanism (34, 34) comprises at least one spring plunger configured to releasably maintain the rear housing section (28, 28, 28, 28) in a position to allow fasteners to removably attach the rear housing section (28, 28, 28, 28) to the fiber optic housing (12, 12, 12), and wherein the housing (12, 12, 12) maintains an installed U-space the housing (12, 12, 12) occupied prior to the rear housing section (28, 28, 28, 28) being removably attached to the housing (12, 12, 12). a rear housing section (28, 28, 28, 28) for a fiber optic housing (12, 12, 12); and an attachment mechanism (34, 34) extending from the rear housing section (28, 28, 28, 28), the attachment mechanism (34, 34) configured to removably attach the rear housing section (28, 28, 28, 28) to the fiber optic housing (12, 12, 12), characterized in that the attachment mechanism (34, 34) comprises at least one spring plunger configured to releasably maintain the rear housing section (28, 28, 28, 28) in a position to allow fasteners to removably attach the rear housing section (28, 28, 28, 28) to the fiber optic housing (12, 12, 12), and wherein the housing (12, 12, 12) maintains an installed U-space the housing (12, 12, 12) occupied prior to the rear housing section (28, 28, 28, 28) being removably attached to the housing (12, 12, 12).
A dynamic spectrum arbitrage method, comprising: determining in a communications server an amount of radio frequency, RF, spectrum resources available for allocation within a first communication network; allocating a portion of available RF spectrum resources of the first communication network for access and use by a second communication network; informing the second communication network that use of allocated RF spectrum resources may begin; recording a transaction in a transaction database identifying an amount of RF spectrum resources allocated for use by the second communication network; receiving a radio access network, RAN, status message from the first communication network, the RAN status message including information identifying a mobile device as being simultaneously connected to the first communication network via a first RAN technology and to the second communication network via a second RAN technology; determining in the communications server whether at least some of the allocated RF spectrum resources are required by the first communication network based on the received RAN status message; informing the second communication network that use of the allocated RF spectrum resources should be terminated in response to determining that at least some of the allocated RF spectrum resources are required by the first communication network; and updating the transaction database to include information identifying a time when use of the allocated RF spectrum resources was terminated by the second communication network. determining in a communications server an amount of radio frequency, RF, spectrum resources available for allocation within a first communication network; allocating a portion of available RF spectrum resources of the first communication network for access and use by a second communication network; informing the second communication network that use of allocated RF spectrum resources may begin; recording a transaction in a transaction database identifying an amount of RF spectrum resources allocated for use by the second communication network; receiving a radio access network, RAN, status message from the first communication network, the RAN status message including information identifying a mobile device as being simultaneously connected to the first communication network via a first RAN technology and to the second communication network via a second RAN technology; determining in the communications server whether at least some of the allocated RF spectrum resources are required by the first communication network based on the received RAN status message; informing the second communication network that use of the allocated RF spectrum resources should be terminated in response to determining that at least some of the allocated RF spectrum resources are required by the first communication network; and updating the transaction database to include information identifying a time when use of the allocated RF spectrum resources was terminated by the second communication network.
A pair of engagement members for forming a panel unit assembly comprising: first and second engagement members (800, 802) having opposed panel-attachment members for retaining portions of opposed transparent or translucent panels; the first engagement member having a first wall disposed between its opposed panel-attachment members and a male member projecting from the first wall; and the second engagement member having a second wall disposed between its opposed panel-attachment members and a pair of sidewalls (826A, 826B) defining an interlock cavity for receiving the male member, characterized by: the male member including at least one catch rail (822A, 822B); and the catch rail (822A, 822B) being disposed on the male member to engage an inner surface of a sidewall (826A, 826B) of the interlock cavity of the second engagement member to limit pivoting movement between first and second engagement members (800, 802) when they are engaged. first and second engagement members (800, 802) having opposed panel-attachment members for retaining portions of opposed transparent or translucent panels; the first engagement member having a first wall disposed between its opposed panel-attachment members and a male member projecting from the first wall; and the second engagement member having a second wall disposed between its opposed panel-attachment members and a pair of sidewalls (826A, 826B) defining an interlock cavity for receiving the male member, characterized by: the male member including at least one catch rail (822A, 822B); and the catch rail (822A, 822B) being disposed on the male member to engage an inner surface of a sidewall (826A, 826B) of the interlock cavity of the second engagement member to limit pivoting movement between first and second engagement members (800, 802) when they are engaged. the male member including at least one catch rail (822A, 822B); and the catch rail (822A, 822B) being disposed on the male member to engage an inner surface of a sidewall (826A, 826B) of the interlock cavity of the second engagement member to limit pivoting movement between first and second engagement members (800, 802) when they are engaged.
An air conditioner comprising: a plurality of outdoor units; and a plurality of indoor units connected to one of the plurality of outdoor units via a refrigerant pipe (P1, P2, P3), wherein the plurality of outdoor units are configured to transmit an address setting signal to the plurality of indoor units in a wireless communication method, characterised in that the wireless communication method is using an initially set basic channel, and in that the plurality of outdoor units are also configured to determine that an indoor unit from which a response signal is received among the plurality of indoor units is an indoor unit connected via the refrigerant pipe, to set a group with respect to the indoor unit, to search for a new available channel, and to communicate with the indoor unit belonging to the group through the new channel. a plurality of outdoor units; and a plurality of indoor units connected to one of the plurality of outdoor units via a refrigerant pipe (P1, P2, P3), wherein the plurality of outdoor units are configured to transmit an address setting signal to the plurality of indoor units in a wireless communication method, characterised in that the wireless communication method is using an initially set basic channel, and in that the plurality of outdoor units are also configured to determine that an indoor unit from which a response signal is received among the plurality of indoor units is an indoor unit connected via the refrigerant pipe, to set a group with respect to the indoor unit, to search for a new available channel, and to communicate with the indoor unit belonging to the group through the new channel.
Bed having a bed frame (1, 2, 3) composed of a head part, a foot part and two side parts, and a bed base which is inserted into the bed frame (1, 2, 3), wherein the parts of the bed frame (1, 2, 3) are connected to one another at least partly by plug-in connections, characterised in that the plug-in connections are secured by clamping closures.
A transceiver (300, 400) comprising a transmitter (302, 402); a receiver (304, 404); and a signal transmission arrangement (306, 406), wherein the signal transmission arrangement (306, 406) is arranged to transmit signals provided from the transmitter (302, 402), and arranged to receive signals and provide them to the receiver (304, 404), the transceiver (300, 400) is characterised by a first signal transferring element (308, 408) arranged between the transmitter output and the signal transmission arrangement (306, 406), wherein the first signal transferring element (308, 408) is arranged to enable a signal from the output of the transmitter (302, 402) to reach the signal transmission arrangement (306, 406) through the first signal transferring element (308, 408), and prevent a signal at reception frequency from the signal transmission arrangement (306, 406) to reach the output of the transmitter (302, 402) through the first signal transferring element (308, 408); a transformer (310, 410) comprising a first winding and a second winding being mutually magnetically connected, wherein the first winding is electrically connected in a circuit path which is connected in parallel to the first signal transferring element (308, 408), and the second winding is connected to an input of the receiver (304, 404), wherein the first signal transferring element (308, 408) is arranged to transfer signals from the transmitter (302, 402) to the signal transmission arrangement (306, 406) wherein a voltage contribution from the transmitter is equal at both sides of the first winding.