mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a) a support structure with a support area (40.1), b) a group of elements of at least one getter material (41.1,..., 41.40) provided on said support area (40.1) within a group perimeter, wherein said group of getter material elements (41.1,..., 41.40) provides a total exposure surface for absorbing gas molecules, c) wherein the total exposure surface has a three-dimensional shape, d) characterized in that said group of at least one getter material elements (41.1,..., 41.40) is a plate-like getter having trenches for increasing the effective gettering surface, the three-dimensional shape of the exposure surface being such that a ratio between the exposure surface and a flat area delimited by the group perimeter is at least 120%. a) a support structure with a support area (40.1), b) a group of elements of at least one getter material (41.1,..., 41.40) provided on said support area (40.1) within a group perimeter, wherein said group of getter material elements (41.1,..., 41.40) provides a total exposure surface for absorbing gas molecules, c) wherein the total exposure surface has a three-dimensional shape, d) characterized in that said group of at least one getter material elements (41.1,..., 41.40) is a plate-like getter having trenches for increasing the effective gettering surface, the three-dimensional shape of the exposure surface being such that a ratio between the exposure surface and a flat area delimited by the group perimeter is at least 120%.
A capsule medical apparatus (101, 121), comprising: a needle driving unit adapted to puncture an internal region of interest in a subject with an injection needle and to pull out the injection needle from the internal region of interest; a liquid injection unit adapted to inject a liquid into the internal region of interest through the injection needle; and a leak prevention unit (108, 128) adapted to prevent the liquid injected into the internal region of interest from leaking from the internal region of interest, characterized in that the leak prevention unit (108, 128) comprises a pressure suppressing unit (108, 128) adapted to suppress an increase in pressure of the liquid remaining inside the internal region of interest, wherein the pressure suppressing unit (108, 128) comprises: a suction unit (108a, 128a) adapted to suck a backflow liquid that is the liquid injected into the internal region of interest and that then flows back from the internal region of interest through the injection needle, wherein a path for injecting the liquid into the internal region of interest is the same as a path for sucking the backflow liquid; and a communicated-state switching unit (108b, 128b) adapted to switch its state from a communicated state between the injection needle and the liquid injection unit to a communicated state between the injection needle and the suction unit (108a, 128a) and vice versa. a needle driving unit adapted to puncture an internal region of interest in a subject with an injection needle and to pull out the injection needle from the internal region of interest; a liquid injection unit adapted to inject a liquid into the internal region of interest through the injection needle; and a leak prevention unit (108, 128) adapted to prevent the liquid injected into the internal region of interest from leaking from the internal region of interest, characterized in that the leak prevention unit (108, 128) comprises a pressure suppressing unit (108, 128) adapted to suppress an increase in pressure of the liquid remaining inside the internal region of interest, a suction unit (108a, 128a) adapted to suck a backflow liquid that is the liquid injected into the internal region of interest and that then flows back from the internal region of interest through the injection needle, wherein a path for injecting the liquid into the internal region of interest is the same as a path for sucking the backflow liquid; and a communicated-state switching unit (108b, 128b) adapted to switch its state from a communicated state between the injection needle and the liquid injection unit to a communicated state between the injection needle and the suction unit (108a, 128a) and vice versa.
A motor drive apparatus for driving an AC motor (MG1, MG2) using electric power provided from a DC power supply, said AC motor (MG1, MG2) being configured to rotate a rotor provided with a permanent magnet using a current magnetic field generated by passing a drive current through a coil of a stator, said motor drive apparatus comprising: a power conversion device configured to convert DC electric power provided from said DC power supply into AC electric power for driving said AC motor (MG1, MG2); a control device; characterized in that said control device is configured to control said power conversion device such that a DC offset current is superimposed on at least one phase of said coil and a temperature of said permanent magnet is raised. a power conversion device configured to convert DC electric power provided from said DC power supply into AC electric power for driving said AC motor (MG1, MG2); a control device; said control device is configured to control said power conversion device such that a DC offset current is superimposed on at least one phase of said coil and a temperature of said permanent magnet is raised.
A three-dimension fabric having a three-dimension fabric surface formed by being stretched while an edge part of the fabric is supported with a frame member, wherein the fabric for forming the fabric surface includes at least one heterogeneous portion (ii, iii, iv) of which yarn and/or fabric structure is different from a peripherally-surrounding adjacent portion (i), characterised in that the heterogeneous portion (ii, iii, iv) and the peripherally-surrounding adjacent portion (i) are formed in three-dimensional shapes having curved surfaces different from each other.
Electrode assembly for an electrical impedance tomography scanning device including - an electrode, - a current supply unit, - a voltage buffer unit, - a switch logic unit, - lines for connecting the current supply unit and the voltage buffer unit with the electrode, - lines for connecting the current supply unit and the voltage buffer unit with the switch logic unit, and - the switch logic unit being in contact with switches for actuating the current supply unit and the voltage buffer unit in accordance with data received from the switch logic unit, and wherein the switch logic unit comprises at least one element of a first shift register and at least one element of a second shift register, characterized in that the electrode assembly includes a first clock line and a second clock line, wherein the at least one element of a first shift register is controlled by the first clock line, and the at least one element of a second shift register is controlled by the second clock line, wherein the clock lines (I, M) are provided with clock signals from two different clocks in two different intervals. - an electrode, - a current supply unit, - a voltage buffer unit, - a switch logic unit, - lines for connecting the current supply unit and the voltage buffer unit with the electrode, - lines for connecting the current supply unit and the voltage buffer unit with the switch logic unit, and - the switch logic unit being in contact with switches for actuating the current supply unit and the voltage buffer unit in accordance with data received from the switch logic unit, and wherein the switch logic unit comprises at least one element of a first shift register and at least one element of a second shift register,
A system for binaural signal processing, the system comprising: a first speaker and a second speaker respectively configured to be mounted proximal to, and to deliver respective first and second acoustic signals to, the left and right ears of a user; a first microphone and a second microphone respectively configured to be mounted proximal to the left and right ears of a user; and a binaural processing device for receiving signals from the first and second microphones and for defining the first and second acoustic signals based upon the signals from the first and second microphones, the binaural processing device being distal from the left and right ears of the user; wherein the first and second speakers, the first and second microphones and the binaural processing device are connected by a signal network configured to pass signals from the first and second microphones to the binaural processing device and from the binaural processing device to the speakers characterized by the signal network comprising a single wire chained bus loop having a chained configuration in which data from upstream on the bus is recovered by each of the first and second speakers and the first and second microphones and re-modulated downstream onto the bus, and wherein the first and second speakers are positioned downstream of the binaural processing device on the chained bus loop, and the first and second microphones are positioned downstream of the first and second speakers on the chained bus loop. a first speaker and a second speaker respectively configured to be mounted proximal to, and to deliver respective first and second acoustic signals to, the left and right ears of a user; a first microphone and a second microphone respectively configured to be mounted proximal to the left and right ears of a user; and a binaural processing device for receiving signals from the first and second microphones and for defining the first and second acoustic signals based upon the signals from the first and second microphones, the binaural processing device being distal from the left and right ears of the user; wherein the first and second speakers, the first and second microphones and the binaural processing device are connected by a signal network configured to pass signals from the first and second microphones to the binaural processing device and from the binaural processing device to the speakers characterized by the signal network comprising a single wire chained bus loop having a chained configuration in which data from upstream on the bus is recovered by each of the first and second speakers and the first and second microphones and re-modulated downstream onto the bus, and wherein the first and second speakers are positioned downstream of the binaural processing device on the chained bus loop, and the first and second microphones are positioned downstream of the first and second speakers on the chained bus loop.
An anchoring system for securing tissue to bone, comprising an implant with a body and an insertion member engageable with said body to deploy said implant in bone, said insertion member having a proximal handle portion, an insertion tube connected to a distal end of the handle portion and a suture pulley rod extendable from and retractable into a distal end of the insertion tube and said body having: a suture eyelet extending transversely therethrough; a suture recess extending along a portion of a length of the body, said suture recess having a predetermined depth below an outer surface of the body; a suture pinch ramp disposed at a proximal end of the suture recess, the suture pinch ramp having a depth approximately equal to said predetermined depth at a distal end thereof and sloping outwardly in a proximal direction so that a depth of a proximal end of the suture pinch ramp approaches zero; and an inner cavity having an opening at a proximal end of the body, for receiving the insertion member, wherein the inner cavity extends to a distal tip of the body and wherein the pulley rod increases the strength of the implant by extending within the inner cavity to the distal tip 46 of the body during initial deployment. said insertion member having a proximal handle portion, an insertion tube connected to a distal end of the handle portion and a suture pulley rod extendable from and retractable into a distal end of the insertion tube and said body having: a suture eyelet extending transversely therethrough; a suture recess extending along a portion of a length of the body, said suture recess having a predetermined depth below an outer surface of the body; a suture pinch ramp disposed at a proximal end of the suture recess, the suture pinch ramp having a depth approximately equal to said predetermined depth at a distal end thereof and sloping outwardly in a proximal direction so that a depth of a proximal end of the suture pinch ramp approaches zero; and an inner cavity having an opening at a proximal end of the body, for receiving the insertion member, wherein the inner cavity extends to a distal tip of the body and wherein the pulley rod increases the strength of the implant by extending within the inner cavity to the distal tip 46 of the body during initial deployment. a suture eyelet extending transversely therethrough; a suture recess extending along a portion of a length of the body, said suture recess having a predetermined depth below an outer surface of the body; a suture pinch ramp disposed at a proximal end of the suture recess, the suture pinch ramp having a depth approximately equal to said predetermined depth at a distal end thereof and sloping outwardly in a proximal direction so that a depth of a proximal end of the suture pinch ramp approaches zero; and an inner cavity having an opening at a proximal end of the body, for receiving the insertion member, wherein the inner cavity extends to a distal tip of the body and wherein the pulley rod increases the strength of the implant by extending within the inner cavity to the distal tip 46 of the body during initial deployment.
A device comprising: a circuit board comprising a plurality of circuit components; a first edge finger tab extending from the circuit board, wherein the first edge finger tab comprises a plurality of electrical contacts to provide signaling to and from particular circuit components of the circuit board, and the first edge finger tab is to mate with a Peripheral Component Interconnect Express, PCIe, -compatible edge card connection mechanism of a baseboard; a second edge finger tab extending from the circuit board, wherein the second edge finger tab comprises one or more electrical contacts to provide power delivery to the circuit board, and the second edge finger tab is to mate with a second edge card connection mechanism of the baseboard; and a third edge finger tab extending from the circuit board, wherein the third edge finger tab comprises one or more electrical contacts to provide power delivery to the circuit board, and the third edge finger tab is to mate with a third edge card connection mechanism of the baseboard, wherein the device further comprises: a first current blocking element coupled to the second edge finger tab; and a second current blocking element coupled to the third edge finger tab; wherein the first and second current blocking elements (507, 509) are to selectively accept power from either the second edge finger tab or the third edge finger tab. a circuit board comprising a plurality of circuit components; a first edge finger tab extending from the circuit board, wherein the first edge finger tab comprises a plurality of electrical contacts to provide signaling to and from particular circuit components of the circuit board, and the first edge finger tab is to mate with a Peripheral Component Interconnect Express, PCIe, -compatible edge card connection mechanism of a baseboard; a second edge finger tab extending from the circuit board, wherein the second edge finger tab comprises one or more electrical contacts to provide power delivery to the circuit board, and the second edge finger tab is to mate with a second edge card connection mechanism of the baseboard; and a third edge finger tab extending from the circuit board, wherein the third edge finger tab comprises one or more electrical contacts to provide power delivery to the circuit board, and the third edge finger tab is to mate with a third edge card connection mechanism of the baseboard, wherein the device further comprises: a first current blocking element coupled to the second edge finger tab; and a second current blocking element coupled to the third edge finger tab; wherein the first and second current blocking elements (507, 509) are to selectively accept power from either the second edge finger tab or the third edge finger tab. a first current blocking element coupled to the second edge finger tab; and a second current blocking element coupled to the third edge finger tab; wherein the first and second current blocking elements (507, 509) are to selectively accept power from either the second edge finger tab or the third edge finger tab.
A method of processing a catalyst ink, comprising the steps of: ultrasonicating a catalyst ink; and high shear mixing the catalyst ink, wherein comprising performing the ultrasonicating before performing the high shear mixing. ultrasonicating a catalyst ink; and high shear mixing the catalyst ink, wherein comprising performing the ultrasonicating before performing the high shear mixing.
An air purification device for purifying indoor air, comprising: a driving part configured to control a position of the air purification device; a fan configured to circulate the indoor air; a carbon dioxide absorption filter configured to absorb carbon dioxide from the indoor air; a filter reproduction part configured to discharge the carbon dioxide absorbed into the carbon dioxide absorption filter; a communication interface; and a processor configured to: control the fan to circulate the indoor air through the carbon dioxide absorption filter, receive atmosphere information of an area through the communication interface, identify whether a predetermined change is detected in the received atmosphere information of the area, based on the identification that the predetermined change is detected in the received atmosphere information of the area, control the driving part to move the air purification device to the area, and control the filter reproduction part to discharge the carbon dioxide absorbed into the carbon dioxide absorption filter based on the air purification device being positioned in the area, wherein the atmosphere information comprises at least one of temperature, humidity and wind information. a driving part configured to control a position of the air purification device; a fan configured to circulate the indoor air; a carbon dioxide absorption filter configured to absorb carbon dioxide from the indoor air; a filter reproduction part configured to discharge the carbon dioxide absorbed into the carbon dioxide absorption filter; a communication interface; and a processor configured to: control the fan to circulate the indoor air through the carbon dioxide absorption filter, receive atmosphere information of an area through the communication interface, identify whether a predetermined change is detected in the received atmosphere information of the area, based on the identification that the predetermined change is detected in the received atmosphere information of the area, control the driving part to move the air purification device to the area, and control the filter reproduction part to discharge the carbon dioxide absorbed into the carbon dioxide absorption filter based on the air purification device being positioned in the area, control the fan to circulate the indoor air through the carbon dioxide absorption filter, receive atmosphere information of an area through the communication interface, identify whether a predetermined change is detected in the received atmosphere information of the area, based on the identification that the predetermined change is detected in the received atmosphere information of the area, control the driving part to move the air purification device to the area, and control the filter reproduction part to discharge the carbon dioxide absorbed into the carbon dioxide absorption filter based on the air purification device being positioned in the area, wherein the atmosphere information comprises at least one of temperature, humidity and wind information.
A propeller to be secured by clamping to a shaft having a driver profile extending in the axial direction, wherein the propeller is formed from a number of elements (A, B, C, D), wherein each element (A, B, C, D) has a hub portion with a mating profile corresponding to the driver profile, wherein a first connection portion and a propeller blade extending from the first connection portion are moulded on one side of the hub portion, and a second connection portion is moulded on the opposite, other side of the hub portion, wherein the first connection portion is designed to bear interlockingly against a further, second connection portion of an adjacent further element (A, B, C, D), wherein, when the elements (A, B, C, D) bearing against one another by their connection portions (3, 5) are connected, the hub portions of all elements (A, B, C, D) together form a hub that surrounds the shaft interlockingly, characterized in that the first connection portion has at least two first apertures. wherein the propeller is formed from a number of elements (A, B, C, D), wherein each element (A, B, C, D) has a hub portion with a mating profile corresponding to the driver profile, wherein a first connection portion and a propeller blade extending from the first connection portion are moulded on one side of the hub portion, and a second connection portion is moulded on the opposite, other side of the hub portion, wherein the first connection portion is designed to bear interlockingly against a further, second connection portion of an adjacent further element (A, B, C, D), wherein, when the elements (A, B, C, D) bearing against one another by their connection portions (3, 5) are connected, the hub portions of all elements (A, B, C, D) together form a hub that surrounds the shaft interlockingly, characterized in that the first connection portion has at least two first apertures.