mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: an external diagnostic system operative to implement a diagnostic procedure on the patient: and an implantable system comprising: at least one electrode configured to apply a stimulus to surrounding tissue based on a control signal; a control module that provides the control signal; a detector configured to detect a temperature characteristic associated with the surrounding tissue; an interface configured to communicatively couple the control module with a communications link, the interface communicating the output signal from the control module via the communications link into the external diagnostic system; wherein the control module provides the output signal in response to determining that the detected temperature characteristic exceeds a temperature threshold and the external diagnostic system is operative to terminate at least a selected operation of the external diagnostic system in response to the output signal indicating that the detected temperature characteristic exceeds the temperature threshold. an external diagnostic system operative to implement a diagnostic procedure on the patient: and an implantable system comprising: at least one electrode configured to apply a stimulus to surrounding tissue based on a control signal; a control module that provides the control signal; a detector configured to detect a temperature characteristic associated with the surrounding tissue; an interface configured to communicatively couple the control module with a communications link, the interface communicating the output signal from the control module via the communications link into the external diagnostic system; wherein the control module provides the output signal in response to determining that the detected temperature characteristic exceeds a temperature threshold and the external diagnostic system is operative to terminate at least a selected operation of the external diagnostic system in response to the output signal indicating that the detected temperature characteristic exceeds the temperature threshold. at least one electrode configured to apply a stimulus to surrounding tissue based on a control signal; a control module that provides the control signal; a detector configured to detect a temperature characteristic associated with the surrounding tissue; an interface configured to communicatively couple the control module with a communications link, the interface communicating the output signal from the control module via the communications link into the external diagnostic system; wherein the control module provides the output signal in response to determining that the detected temperature characteristic exceeds a temperature threshold and the external diagnostic system is operative to terminate at least a selected operation of the external diagnostic system in response to the output signal indicating that the detected temperature characteristic exceeds the temperature threshold.
An ink roller cover device of a portable type label printing applicator, the applicator including: a label application device; an operation lever for operating the label application device; a printing device activated by the operation of the operation lever; and an ink roller which applies ink to the printing device by the operation of the operation lever, wherein a fixed cover installed and fixed to the label application device which can store a part of a roller body in a standby state of the ink roller; and a movable cover storing the other parts of the roller body, capable of closed storage of the roller body between the movable and the fixed covers (23, 24) in the standby state of the ink roller, and also of exposing the roller body towards the printing device in an operating state of the ink roller, characterized in that both the fixed and the movable covers (23, 24) are semicircular on cross section and are capable of forming an enclosed space for closed storage of the ink roller inside thereof. a label application device; an operation lever for operating the label application device; a printing device activated by the operation of the operation lever; and an ink roller which applies ink to the printing device by the operation of the operation lever, wherein a fixed cover installed and fixed to the label application device which can store a part of a roller body in a standby state of the ink roller; and a movable cover storing the other parts of the roller body, capable of closed storage of the roller body between the movable and the fixed covers (23, 24) in the standby state of the ink roller, and also of exposing the roller body towards the printing device in an operating state of the ink roller, characterized in that both the fixed and the movable covers (23, 24) are semicircular on cross section and are capable of forming an enclosed space for closed storage of the ink roller inside thereof.
An implant (20, 420, 520, 620) for treating obstructive sleep apnea comprising: an elongated element (22, 922) including a central area comprising a buttress (28, 428, 528, 628, 928) defining a larger width region of said elongated element and being configured to be implanted in the tongue (T, 550, 560), said elongated element (22, 922) including a first arm (30, 430, 530, 630, 930) extending from a first end (24, 924) of the central area and a second arm (34, 434, 934) extending from a second end (26, 926) of said central area, wherein said first (30, 430, 530, 630, 930) and second (34, 434, 934) arms of said elongated element (22,922) are configured to extend through the tongue (T, 550, 560), and a second buttress (174, 374, 478) configured to be implanted in the inframandibular musculature, wherein said first (30, 430) and second (34, 434) arms are coupled with said second buttress (174, 374, 478) so as to allow for anchoring to the inframandibular musculature. an elongated element (22, 922) including a central area comprising a buttress (28, 428, 528, 628, 928) defining a larger width region of said elongated element and being configured to be implanted in the tongue (T, 550, 560), said elongated element (22, 922) including a first arm (30, 430, 530, 630, 930) extending from a first end (24, 924) of the central area and a second arm (34, 434, 934) extending from a second end (26, 926) of said central area, wherein said first (30, 430, 530, 630, 930) and second (34, 434, 934) arms of said elongated element (22,922) are configured to extend through the tongue (T, 550, 560), and a second buttress (174, 374, 478) configured to be implanted in the inframandibular musculature, wherein said first (30, 430) and second (34, 434) arms are coupled with said second buttress (174, 374, 478) so as to allow for anchoring to the inframandibular musculature.
An energy storage system comprising: an electrolyte; and an electrode, wherein the electrode comprises a material chosen from silicon, graphene-silicon composite, carbon-sulfur, and lithium, and a conformal parylene coating on the material forming a physical barrier preventing contact between the electrode and the electrolyte. an electrolyte; and an electrode, wherein the electrode comprises a material chosen from silicon, graphene-silicon composite, carbon-sulfur, and lithium, and a conformal parylene coating on the material forming a physical barrier preventing contact between the electrode and the electrolyte.
Apparatus, comprising: an integrated circuit comprising a first set of terminals and a second set of terminals; wire bonds connected to the first set of terminals; and a connector connected to the integrated circuit, the connector comprising: a dielectric substrate having a first side and a second side; wire bond terminals, attached to the first side of the substrate, that receive the wire bonds; characterised in that solder bump terminals, attached to the second side of the substrate so as to be insulated from the wire bond terminals, and coupled via solder balls with the second set of terminals of the integrated circuit, and in that the solder bump terminals are arranged in a solder bump terminal configuration, and the second set of terminals of the integrated circuit are arranged in an integrated circuit terminal configuration which is congruent to the solder bump terminal configuration. an integrated circuit comprising a first set of terminals and a second set of terminals; wire bonds connected to the first set of terminals; and a connector connected to the integrated circuit, the connector comprising: a dielectric substrate having a first side and a second side; wire bond terminals, attached to the first side of the substrate, that receive the wire bonds; characterised in that solder bump terminals, attached to the second side of the substrate so as to be insulated from the wire bond terminals, and coupled via solder balls with the second set of terminals of the integrated circuit, and in that the solder bump terminals are arranged in a solder bump terminal configuration, and the second set of terminals of the integrated circuit are arranged in an integrated circuit terminal configuration which is congruent to the solder bump terminal configuration. a dielectric substrate having a first side and a second side; wire bond terminals, attached to the first side of the substrate, that receive the wire bonds; characterised in that solder bump terminals, attached to the second side of the substrate so as to be insulated from the wire bond terminals, and coupled via solder balls with the second set of terminals of the integrated circuit, and in that the solder bump terminals are arranged in a solder bump terminal configuration, and the second set of terminals of the integrated circuit are arranged in an integrated circuit terminal configuration which is congruent to the solder bump terminal configuration.
An incremental forming tool comprising: a holding part being configured to be attached to an incremental forming apparatus; and a free curved surface part being configured to press a metal plate, the free curved surface part being made of at least a hard metal base material and having a hard film that contains crystalline carbon, on a surface of the free curved surface part, and a surface of the hard film having an arithmetic average roughness (Ra) of 0.2 μm or less and 0.001 μm or greater, which is calculated from a roughness curve specified in JIS B 0601-2001, characterized by the surface of the hard film having an average reduced peak height (Rpk) of 0.15 μm or less and 0.001 μm or greater, which is calculated from a material ratio curve of a roughness curve specified in JIS B 0671-2002. a holding part being configured to be attached to an incremental forming apparatus; and a free curved surface part being configured to press a metal plate, the free curved surface part being made of at least a hard metal base material and having a hard film that contains crystalline carbon, on a surface of the free curved surface part, and a surface of the hard film having an arithmetic average roughness (Ra) of 0.2 μm or less and 0.001 μm or greater, which is calculated from a roughness curve specified in JIS B 0601-2001, characterized by the surface of the hard film having an average reduced peak height (Rpk) of 0.15 μm or less and 0.001 μm or greater, which is calculated from a material ratio curve of a roughness curve specified in JIS B 0671-2002.
A wind turbine comprising a wind turbine tower, a nacelle with a mainframe, a ring gear and a flange provided at the top of the wind turbine tower, the ring gear being configured to engage at least one drive unit for yawing the nacelle relative to the wind turbine tower, the flange having an upper surface of flange, a lower surface of flange, and a radial surface of flange, the mainframe having a lower surface of mainframe facing the upper surface of the flange, wherein the mainframe is slidable supported on the flange by a plurality of individual yaw bearing units arranged relative to each other, each yaw bearing unit comprising a separate calliper structure, the calliper structure having an upper portion with an upper surface of upper portion and a lower portion with an upper surface of lower portion; the upper portion having a radial surface of upper portion facing the radial surface of the flange and an upper surface of upper portion facing the lower surface of mainframe, wherein at least one upper pad is arranged between the upper surface of flange and the lower surface of mainframe, wherein at least one radial pad is arranged between the radial surface of flange and the radial surface of upper portion of the calliper structure, the at least one radial pad has a lower edge contacting the upper surface of lower portion and extends along the entire length of the radial surface of upper portion and characterised in that the yaw bearing unit further comprises at least one removable stop element configured to be mounted to at least one side surface of the upper portion.
A cooling fan comprising: a fan housing having an air inlet formed on a front surface thereof and through which air flows and an air outlet formed on a side surface of the fan housing and through which air is discharged; an impeller mounted inside the fan housing to introduce air in an axial direction thereof and discharge air in a radial direction thereof; a bypass passage formed at an edge of the air inlet so that air flowing in a direction opposite to the air outlet can be discharged to the outside; an air suction passage for sucking air formed in the inside of the impeller of the fan housing; and an air discharge passage through which air is discharged, which is formed outside the impeller, characterized in that the bypass passage comprises: a first bypass passage portion which is formed at a position close to the air outlet, such that the air discharge passage is exposed; and a second bypass passage portion which is formed at the other edge of the circumferential edge of the air inlet except for the first bypass passage portion, wherein the second bypass passage has a smaller area than the first bypass passage portion such that the air discharge passage is not exposed. a fan housing having an air inlet formed on a front surface thereof and through which air flows and an air outlet formed on a side surface of the fan housing and through which air is discharged; an impeller mounted inside the fan housing to introduce air in an axial direction thereof and discharge air in a radial direction thereof; a bypass passage formed at an edge of the air inlet so that air flowing in a direction opposite to the air outlet can be discharged to the outside; an air suction passage for sucking air formed in the inside of the impeller of the fan housing; and an air discharge passage through which air is discharged, which is formed outside the impeller, characterized in that the bypass passage comprises: a first bypass passage portion which is formed at a position close to the air outlet, such that the air discharge passage is exposed; and a second bypass passage portion which is formed at the other edge of the circumferential edge of the air inlet except for the first bypass passage portion, wherein the second bypass passage has a smaller area than the first bypass passage portion such that the air discharge passage is not exposed. a first bypass passage portion which is formed at a position close to the air outlet, such that the air discharge passage is exposed; and a second bypass passage portion which is formed at the other edge of the circumferential edge of the air inlet except for the first bypass passage portion, wherein the second bypass passage has a smaller area than the first bypass passage portion such that the air discharge passage is not exposed.
Subscriber terminal which comprises the following: means for producing, in a media access control entity of the subscriber terminal, a buffer status report which is relevant for a base station, wherein the buffer status report indicates a data quantity for transmission in a buffer of a transport channel from the subscriber terminal to the base station; and means for producing, in the media access control entity, based on an uplink scheduling allocation, at least one signalling transport block in order to receive the buffer status report for transmission to the base station, and characterised in that the signalling transport block is multiplexed with data transport blocks and transmitted on the transport channel. means for producing, in a media access control entity of the subscriber terminal, a buffer status report which is relevant for a base station, wherein the buffer status report indicates a data quantity for transmission in a buffer of a transport channel from the subscriber terminal to the base station; and means for producing, in the media access control entity, based on an uplink scheduling allocation, at least one signalling transport block in order to receive the buffer status report for transmission to the base station, and characterised in that the signalling transport block is multiplexed with data transport blocks and transmitted on the transport channel.
A method of forming through substrate vias on a semiconductor substrate, comprising: etching a via opening through a low-K value dielectric interconnect layer; depositing a protective layer in the via opening and on the low-K value dielectric interconnect layer; etching a portion of the protective layer from the bottom of the via opening to expose an inter-layer dielectric layer on a surface of the semiconductor substrate, the etching leaving a protective sidewall spacer (520, 620) on a sidewall of the via opening; etching a through substrate via through the bottom of the via opening and through the semiconductor substrate; and filling the through substrate via. etching a via opening through a low-K value dielectric interconnect layer; depositing a protective layer in the via opening and on the low-K value dielectric interconnect layer; etching a portion of the protective layer from the bottom of the via opening to expose an inter-layer dielectric layer on a surface of the semiconductor substrate, the etching leaving a protective sidewall spacer (520, 620) on a sidewall of the via opening; etching a through substrate via through the bottom of the via opening and through the semiconductor substrate; and filling the through substrate via.
A device for regenerating meals that are arranged on trays in a tray transport cart, with a frame, several heating plates that are arranged on top of one another and feature induction coils, and a cooling device that features a cooling surface and a cooling air fan, wherein the heating plates are on the rear side connected to a heating plate carrier that is arranged in the frame in a vertically adjustable fashion, and wherein said heating plates can be moved against the underside of the trays of a tray transport cart docked to the device by means of a lifting motion of the heating plate carrier, characterized in that separating webs are on the rear side connected to the heating plate carrier and separate the space within a tray transport cart docked to the device into a heating zone and a cooling zone, and in that devices (18, 19) for supplying and returning cooling air are provided in the cooling zone.
A razor head for shaving, comprising: a plurality of cutting means movably mounted within a support; and a plurality of resilient members (30, 31), wherein each cutting means of the plurality of cutting means is biased toward a shaving plane, at least in part, by at least one of the plurality of resilient members (30, 31), and wherein at least one of the plurality of cutting means is biased toward the shaving plane with a first force that is greater than a second force biasing another of the plurality of cutting means toward the shaving plane, and wherein a first cross sectional area of a first resilient member taken along a plane perpendicular to the longitudinal axis of the razor head and the shaving plane, differs from a second cross sectional area of a second resilient member taken along the same plane, characterized in that the second resilient member has a greater thickness at its proximal end, than the first resilient member at its respective proximal end. a plurality of cutting means movably mounted within a support; and a plurality of resilient members (30, 31), wherein each cutting means of the plurality of cutting means is biased toward a shaving plane, at least in part, by at least one of the plurality of resilient members (30, 31), and wherein at least one of the plurality of cutting means is biased toward the shaving plane with a first force that is greater than a second force biasing another of the plurality of cutting means toward the shaving plane, and wherein a first cross sectional area of a first resilient member taken along a plane perpendicular to the longitudinal axis of the razor head and the shaving plane, differs from a second cross sectional area of a second resilient member taken along the same plane, characterized in that the second resilient member has a greater thickness at its proximal end, than the first resilient member at its respective proximal end.
A system for determining tissue temperature within a region of interest comprising ar object of interest and a reference that are separated by at least one boundary at least at two boundary locations, the system comprising: a thermoacoustic imaging system comprising an adjustable radio frequency applicator configured to emit RF energy pulses into the tissue region of interest and heat tissue therein and an acoustic receiver configured to receive multi-polar acoustic signals generated in response to heating of tissue in the region of interest; and one or more processors configured to: process the received multi-polar acoustic signals generated in the region of interest in response to the RF energy pulses to determine peak-to-peak amplitudes thereof; characterised by said one or more processors being further configured to calculate a tissue temperature at the at least two boundary locations using the peak-to-peak amplitudes of the multi-polar acoustic signals and a distance between the boundary locations. a thermoacoustic imaging system comprising an adjustable radio frequency applicator configured to emit RF energy pulses into the tissue region of interest and heat tissue therein and an acoustic receiver configured to receive multi-polar acoustic signals generated in response to heating of tissue in the region of interest; and one or more processors configured to: process the received multi-polar acoustic signals generated in the region of interest in response to the RF energy pulses to determine peak-to-peak amplitudes thereof; characterised by said one or more processors being further configured to calculate a tissue temperature at the at least two boundary locations using the peak-to-peak amplitudes of the multi-polar acoustic signals and a distance between the boundary locations. process the received multi-polar acoustic signals generated in the region of interest in response to the RF energy pulses to determine peak-to-peak amplitudes thereof; characterised by said one or more processors being further configured to calculate a tissue temperature at the at least two boundary locations using the peak-to-peak amplitudes of the multi-polar acoustic signals and a distance between the boundary locations.
A hydrolase variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein proline, which is an amino acid corresponding to position 149 of SEQ ID NO: 3, is substituted with leucine.