mhurhangee/ep-ind-claims huggingface dataset:
A method for fabricating a needle-shaped structure having a needle-shaped projection and a support substrate supporting the projection, which method comprising the steps of: (a) providing an intaglio plate (11, 21, 31) provided with a needle-shaped recess; (b) preparing a liquid material (12, 22, 32) for needle-shaped structure containing a chitosan and an acid; (c) filling the liquid needle-shaped structure material (12, 22, 32) onto the intaglio plate (11, 21, 31); (d) drying and solidifying the liquid needle-shaped structure material (12, 22, 32) filled onto the intaglio plate (11, 21, 31) to obtain a solidified article (15, 25, 35) made of the needle-shaped structure material (12, 22, 32); (e) removing the solidified article (15, 25, 35) made of the needle-shaped structure material (12, 22, 32) from the intaglio plate (11, 21, 31); and (f) immersing the thus removed solidified article (15, 25, 35) made of the needle-shaped structure material (12, 22, 32) in an aqueous alcohol solution (17, 27, 37) or acetylating the chitosan in the thus removed solidified article (15, 25, 35) made of the needle-shaped structure material (12, 22, 32). (a) providing an intaglio plate (11, 21, 31) provided with a needle-shaped recess; (b) preparing a liquid material (12, 22, 32) for needle-shaped structure containing a chitosan and an acid; (c) filling the liquid needle-shaped structure material (12, 22, 32) onto the intaglio plate (11, 21, 31); (d) drying and solidifying the liquid needle-shaped structure material (12, 22, 32) filled onto the intaglio plate (11, 21, 31) to obtain a solidified article (15, 25, 35) made of the needle-shaped structure material (12, 22, 32); (e) removing the solidified article (15, 25, 35) made of the needle-shaped structure material (12, 22, 32) from the intaglio plate (11, 21, 31); and (f) immersing the thus removed solidified article (15, 25, 35) made of the needle-shaped structure material (12, 22, 32) in an aqueous alcohol solution (17, 27, 37)
An electrolytic cell comprising a cathode chamber, the cathode chamber comprising: a cathode; and a reverse current absorbing member comprising a substrate and a reverse current absorbing body, the reverse current absorbing member being disposed to face the cathode and the reverse current absorbing body comprises an element having an oxidation-reduction potential less noble than that of a catalytic element of the cathode, wherein the cathode and the reverse current absorbing body are electrically connected, and when the height at the bottom of the cathode chamber is defined as 0 and the height at the top of the cathode chamber is defined as h, the ratio of area S3 of the reverse current absorbing body present at position I corresponding to a height of h/2 or more and h or less to area S A of the cathode-facing surface of the substrate corresponding to the position I satisfies 0.20 ≤ S3/S A < 1.0, characterized in that the relationship between area S4 of the reverse current absorbing body present at position II corresponding to a height of 0 or more and less than 1/2h, and the area S3 in the electrolytic cell satisfies S4 < S3. a cathode; and a reverse current absorbing member comprising a substrate and a reverse current absorbing body, the reverse current absorbing member being disposed to face the cathode and the reverse current absorbing body comprises an element having an oxidation-reduction potential less noble than that of a catalytic element of the cathode, wherein the cathode and the reverse current absorbing body are electrically connected, and when the height at the bottom of the cathode chamber is defined as 0 and the height at the top of the cathode chamber is defined as h, the ratio of area S3 of the reverse current absorbing body present at position I corresponding to a height of h/2 or more and h or less to area S A of the cathode-facing surface of the substrate corresponding to the position I satisfies 0.20 ≤ S3/S A < 1.0, wherein the cathode and the reverse current absorbing body are electrically connected, and when the height at the bottom of the cathode chamber is defined as 0 and the height at the top of the cathode chamber is defined as h, the ratio of area S3 of the reverse current absorbing body present at position I corresponding to a height of h/2 or more and h or less to area S A of the cathode-facing surface of the substrate corresponding to the position I satisfies 0.20 ≤ S3/S A < 1.0,
A substrate comprising a semiconductor layer which comprises tungsten oxide particles having a first peak in a range of 268 to 274 cm -1, a second peak in a range of 630 to 720 cm -1, and a third peak in a range of 800 to 810 cm -1 in the Raman spectroscopic analysis, characterized in that a thickness of the semiconductor layer is from 5 to 300 μm, a porosity of the semiconductor layer is from 35 to 80 vol%, and an average pore size of the semiconductor layer is 5 nm or more.
A system for determining full physical contact between one or more ablation electrodes and wall tissue of a cavity, comprising: an expandable frame coupled to a distal end of a shaft for insertion into a cavity of an organ of a patient, the expandable frame comprising one or more ablation electrodes disposed over an external surface of the frame, wherein the one or more ablation electrodes are configured to be placed in contact with wall tissue of the cavity; a stem electrode coupled to the distal end of the shaft proximally to the expandable frame, and an edge electrode coupled to the distal end of the shaft distally to the expandable frame; and a processor, which is configured to: measure one or more first impedances between one or more of the ablation electrodes and the stem electrode; measure one or more second impedances between one or more of the ablation electrodes and the edge electrode; and based on the first and second impedances, determine, for at least an ablation electrode from among the one or more ablation electrodes, whether the ablation electrode is in full physical contact with the wall tissue. an expandable frame coupled to a distal end of a shaft for insertion into a cavity of an organ of a patient, the expandable frame comprising one or more ablation electrodes disposed over an external surface of the frame, wherein the one or more ablation electrodes are configured to be placed in contact with wall tissue of the cavity; a stem electrode coupled to the distal end of the shaft proximally to the expandable frame, and an edge electrode coupled to the distal end of the shaft distally to the expandable frame; and a processor, which is configured to: measure one or more first impedances between one or more of the ablation electrodes and the stem electrode; measure one or more second impedances between one or more of the ablation electrodes and the edge electrode; and based on the first and second impedances, determine, for at least an ablation electrode from among the one or more ablation electrodes, whether the ablation electrode is in full physical contact with the wall tissue. measure one or more first impedances between one or more of the ablation electrodes and the stem electrode; measure one or more second impedances between one or more of the ablation electrodes and the edge electrode; and based on the first and second impedances, determine, for at least an ablation electrode from among the one or more ablation electrodes, whether the ablation electrode is in full physical contact with the wall tissue.
A method for assisting a terminal in measuring, comprising: receiving, by a first base station, a measurement result for a second base station sent by user equipment, UE, wherein the first base station provides a service for the UE; determining, by the first base station according to the measurement result, whether a handover operation needs to be started; and instructing, by the first base station when the handover operation needs to be started, the second base station to start up, and handing over the UE to the second base station for a service provided by the second base station, wherein the method is characterized in that the measurement result includes reference signal received power, RSRP, and reference signal received quality, RSRQ, and when a value of the RSRP in the measurement result is greater than or equal to a first threshold and a value of the RSRQ is greater than or equal to a second threshold, the first base station determines to start the handover operation. receiving, by a first base station, a measurement result for a second base station sent by user equipment, UE, wherein the first base station provides a service for the UE; determining, by the first base station according to the measurement result, whether a handover operation needs to be started; and instructing, by the first base station when the handover operation needs to be started, the second base station to start up, and handing over the UE to the second base station for a service provided by the second base station, wherein the method is characterized in that the measurement result includes reference signal received power, RSRP, and reference signal received quality, RSRQ, and when a value of the RSRP in the measurement result is greater than or equal to a first threshold and a value of the RSRQ is greater than or equal to a second threshold, the first base station determines to start the handover operation.
A medical device comprising: a motion sensing circuit comprising an electrical current source and a motion sensor having a plurality of axes (332, 334, 336), each respective axis of the plurality of axes configured to produce a signal correlated to motion imparted along the respective axis, the motion sensing circuit configured to produce a cardiac motion signal by: sampling a first signal produced by a first axis of the plurality of axes of the motion sensor at a sampling frequency by repeatedly applying the current source to the first axis for a sample time at time intervals corresponding to the sampling frequency; starting a blanking period corresponding to a portion of a cardiac cycle, the blanking period having a start and an expiration; suspending the sampling of the first signal during at least a portion of the blanking period; and restarting the sampling of the first signal at the sampling frequency before the expiration of the blanking period; a control circuit configured to receive the cardiac motion signal and detect a cardiac event from the cardiac motion signal; and a pulse generator configured to generate a pacing pulse in response to the control circuit detecting the cardiac event. a motion sensing circuit comprising an electrical current source and a motion sensor having a plurality of axes (332, 334, 336), each respective axis of the plurality of axes configured to produce a signal correlated to motion imparted along the respective axis, the motion sensing circuit configured to produce a cardiac motion signal by: sampling a first signal produced by a first axis of the plurality of axes of the motion sensor at a sampling frequency by repeatedly applying the current source to the first axis for a sample time at time intervals corresponding to the sampling frequency; starting a blanking period corresponding to a portion of a cardiac cycle, the blanking period having a start and an expiration; suspending the sampling of the first signal during at least a portion of the blanking period; and restarting the sampling of the first signal at the sampling frequency before the expiration of the blanking period; sampling a first signal produced by a first axis of the plurality of axes of the motion sensor at a sampling frequency by repeatedly applying the current source to the first axis for a sample time at time intervals corresponding to the sampling frequency; starting a blanking period corresponding to a portion of a cardiac cycle, the blanking period having a start and an expiration; suspending the sampling of the first signal during at least a portion of the blanking period; and restarting the sampling of the first signal at the sampling frequency before the expiration of the blanking period; a control circuit configured to receive the cardiac motion signal and detect a cardiac event from the cardiac motion signal; and a pulse generator configured to generate a pacing pulse in response to the control circuit detecting the cardiac event.
An image display apparatus, comprising: a display panel that displays an image on a front surface; a first substrate which is disposed on a back surface side of the display panel and on which a light source is mounted; a second substrate which is disposed on the back surface side of the display panel and on which a circuit unit is mounted; a first metal member disposed on the first substrate and electrically connected with the light source; a second metal member disposed on the second substrate, electrically connected with the circuit unit; and a reflector that is electrically insulative and disposed between the display panel and both of the first substrate and the second substrate so as to cover at least the first metal member and the second metal member, the reflector is configured to reflect light from the light source toward a back surface of the display panel, characterized in that one of the first metal member and the second metal member includes an index portion, and the second metal member is fitted with the first metal member to form an electrical connecting structure between the first substrate and the second substrate; when the first metal member and the second metal member are fitted with each other, the index portion is covered by an other of the first metal member and the second metal member such that a user, by visually checking whether or not the index portion is visible, can determine whether or not the first metal member and the second metal member are fitted with each other. a display panel that displays an image on a front surface; a first substrate which is disposed on a back surface side of the display panel and on which a light source is mounted; a second substrate which is disposed on the back surface side of the display panel and on which a circuit unit is mounted; a first metal member disposed on the first substrate and electrically connected with the light source; a second metal member disposed on the second substrate, electrically connected with the circuit unit; and a reflector that is electrically insulative and disposed between the display panel and both of the first substrate and the second substrate so as to cover at least the first metal member and the second metal member, the reflector is configured to reflect light from the light source toward a back surface of the display panel, characterized in that one of the first metal member and the second metal member includes an index portion, and the second metal member is fitted with the first metal member to form an electrical connecting structure between the first substrate and the second substrate; when the first metal member and the second metal member are fitted with each other, the index portion is covered by an other of the first metal member and the second metal member such that a user, by visually checking whether or not the index portion is visible, can determine whether or not the first metal member and the second metal member are fitted with each other.
A method to be performed by a wireless apparatus for receiving a multimedia broadcast/multicast service, MBMS, in a wireless communication system, the method comprising: receiving MBMS control information on a first multicast channel, MCH; receiving at least one MBMS traffic on a second MCH based on the MBMS control information; receiving a medium access control, MAC, protocol data unit, PDU, on the second MCH, wherein the MAC PDU includes information indicating a change of the MBMS control information, wherein the information is a multicast control channel, MCCH, change indication, wherein the MAC PDU further includes a MAC subheader corresponding to a MAC control element CE indicating said change of the MBMS control information, wherein the MAC subheader includes a logical channel ID, LCID, for identifying the MAC CE, and wherein a specific index is assigned for an LCID value representing the MCCH change indication; and receiving changed MBMS control information on the first MCH if the information received on the second MCH indicates the change of the MBMS control information. receiving MBMS control information on a first multicast channel, MCH; receiving at least one MBMS traffic on a second MCH based on the MBMS control information; receiving a medium access control, MAC, protocol data unit, PDU, on the second MCH, wherein the MAC PDU includes information indicating a change of the MBMS control information, wherein the information is a multicast control channel, MCCH, change indication, wherein the MAC PDU further includes a MAC subheader corresponding to a MAC control element CE indicating said change of the MBMS control information, wherein the MAC subheader includes a logical channel ID, LCID, for identifying the MAC CE, and wherein a specific index is assigned for an LCID value representing the MCCH change indication; and receiving changed MBMS control information on the first MCH if the information received on the second MCH indicates the change of the MBMS control information.
An immunity enhancing agent for use in the suppression of progress of, suppression of recurrence of, and/or treatment of cancer, comprising an Allergin-1 antagonist as an active ingredient, wherein the Allergin-1 antagonist is an anti-Allergin-1 antibody, an Allergin-1 binding protein, or an Allergin-1-fusion protein.
A device for loading an automated analysis system, the device including: a chassis; a movable loading element movably coupled to the chassis and configured to move between a first and a second position; a holding structure, the holding structure being floatingly coupled to the movable loading element so that the holding structure can move in one, two or all three orthogonal spatial directions relative to the movable loading element when the movable loading element is in the first position, wherein the holding structure is configured to hold a receptacle for material to be loaded into the automated analysis system; two or more first alignment elements (5; 6) attached to the chassis, and two or more second alignment elements (20; 21) attached to the holding structure, the first and second alignment elements being arranged at different locations of the chassis and the holding structure, respectively, wherein at least one of the second alignment elements is arranged at a forward portion of the holding structure and at least a second one of the second alignment elements is arranged at a rearward portion of the holding structure in a direction of movement of the movable loading element, wherein each of the first alignment elements (5; 6) is configured to engage with a respective one of the second alignment elements (20; 21) to align the holding structure in a predetermined position relative to the chassis when the movable loading element is in the second position, characterized in that the movable loading element is a drawer. a chassis; a movable loading element movably coupled to the chassis and configured to move between a first and a second position; a holding structure, the holding structure being floatingly coupled to the movable loading element so that the holding structure can move in one, two or all three orthogonal spatial directions relative to the movable loading element when the movable loading element is in the first position, wherein the holding structure is configured to hold a receptacle for material to be loaded into the automated analysis system; two or more first alignment elements (5; 6) attached to the chassis, and two or more second alignment elements (20; 21) attached to the holding structure, the first and second alignment elements being arranged at different locations of the chassis and the holding structure, respectively, wherein at least one of the second alignment elements is arranged at a forward portion of the holding structure and at least a second one of the second alignment elements is arranged at a rearward portion of the holding structure in a direction of movement of the movable loading element, wherein each of the first alignment elements (5; 6) is configured to engage with a respective one of the second alignment elements (20; 21) to align the holding structure in a predetermined position relative to the chassis when the movable loading element is in the second position, characterized in that the movable loading element is a drawer.
A system for use in inspecting a wire segment, said system comprising: a guide tube sized to receive the wire segment; an array of mirrors (212, 214) positioned about said guide tube, wherein each mirror in said array is oriented such that a reflection of the wire segment in said array of mirrors forms a circumferential view of at least a portion of the wire segment, and such that the reflection from each mirror is within a field of view from a single vantage point; and a visual imaging device positioned at the single vantage point, said visual imaging device configured to capture at least one image of the reflection of the wire segment; wherein the vantage point is substantially coaxially aligned with the centerline of the guide tube. a guide tube sized to receive the wire segment; an array of mirrors (212, 214) positioned about said guide tube, wherein each mirror in said array is oriented such that a reflection of the wire segment in said array of mirrors forms a circumferential view of at least a portion of the wire segment, and such that the reflection from each mirror is within a field of view from a single vantage point; and a visual imaging device positioned at the single vantage point, said visual imaging device configured to capture at least one image of the reflection of the wire segment; wherein the vantage point is substantially coaxially aligned with the centerline of the guide tube.
A method for de-cluttering an image on a cockpit display aboard a host aircraft wherein the image comprises at least two information layers, the method comprising: rendering a menu system with a plurality of display options, wherein the display options comprise information layers of flight path, weather, and traffic; receiving a user selected display option; creating a filtered information layer by filtering the information layer associated with the user selected display option based on a filtering parameter; generating a composite filtered image comprised of the filtered information layer and a non-filtered information layer; and displaying the composite filtered image. rendering a menu system with a plurality of display options, wherein the display options comprise information layers of flight path, weather, and traffic; receiving a user selected display option; creating a filtered information layer by filtering the information layer associated with the user selected display option based on a filtering parameter; generating a composite filtered image comprised of the filtered information layer and a non-filtered information layer; and displaying the composite filtered image.
Faucet, comprising a base, a hose spray unit and an arm held on the base, wherein the arm is held pivotable about a pivot axis on the base and comprises a base portion, a cantilevered portion extending substantially in the radial direction of the pivot axis away from the base portion and a hose spray unit receptacle, arranged at the end of the cantilevered portion facing away from the base portion, on which the hose spray unit is releasably held in a rest position, wherein the faucet comprises a sensor for the detection of a presence and/or a movement of a hand of an operating person in a detection region of the sensor, characterised in that the sensor is arranged on the cantilevered portion of the arm.