mhurhangee/ep-ind-claims huggingface dataset:
A recording apparatus comprising: a recording head that is disposed inside an apparatus housing and that ejects a liquid onto a medium; a liquid container attaching/detaching unit that is configured such that a liquid container which contains the liquid is attachable/detachable to/from the liquid container attaching/detaching unit itself and that is configured to be inserted/extracted through an inserting/extracting opening provided in the apparatus housing; and a liquid feeding path that feeds the liquid from the liquid container to the recording head, wherein the liquid feeding path encompasses a unit-side path provided in the liquid container attaching/detaching unit and an apparatus-housing-side path provided in the apparatus housing, and characterized in that the unit-side path and the apparatus-housing-side path are mutually connected by the insertion of the liquid container attaching/detaching unit through the inserting/extracting opening of the apparatus housing, and the mutual connection is disconnected by the extraction of the liquid container attaching/detaching unit through the inserting/extracting opening of the apparatus housing. a recording head that is disposed inside an apparatus housing and that ejects a liquid onto a medium; a liquid container attaching/detaching unit that is configured such that a liquid container which contains the liquid is attachable/detachable to/from the liquid container attaching/detaching unit itself and that is configured to be inserted/extracted through an inserting/extracting opening provided in the apparatus housing; and a liquid feeding path that feeds the liquid from the liquid container to the recording head, wherein the liquid feeding path encompasses a unit-side path provided in the liquid container attaching/detaching unit and an apparatus-housing-side path provided in the apparatus housing, and characterized in that the unit-side path and the apparatus-housing-side path are mutually connected by the insertion of the liquid container attaching/detaching unit through the inserting/extracting opening of the apparatus housing, and the mutual connection is disconnected by the extraction of the liquid container attaching/detaching unit through the inserting/extracting opening of the apparatus housing.
A user equipment 'UE', comprising: a processor configured to promote scheduling transmission of a first series of scheduling requests are offset in time with respect to a second series of sounding reference symbols, and wherein a first period of one of the first or second series is a whole multiple of a second period of the other one of the first or second series; and to apply an offset to the series of scheduling requests periodically transmitted by the UE or to the series of sounding reference symbols periodically transmitted by the UE, the processor further arranged to choose the size of the offset such that overlaps between the first series of scheduling requests and the second series of sounding reference signals do not occur; with the chosen offset being such that the first period of one of the first or second series and the second period of the other one of the first or second series are not a whole multiple of the size of the offset. a processor configured to promote scheduling transmission of a first series of scheduling requests are offset in time with respect to a second series of sounding reference symbols, and wherein a first period of one of the first or second series is a whole multiple of a second period of the other one of the first or second series; and to apply an offset to the series of scheduling requests periodically transmitted by the UE or to the series of sounding reference symbols periodically transmitted by the UE, the processor further arranged to choose the size of the offset such that overlaps between the first series of scheduling requests and the second series of sounding reference signals do not occur; with the chosen offset being such that the first period of one of the first or second series and the second period of the other one of the first or second series are not a whole multiple of the size of the offset.
A system for enhancing radiation treatment of target tissue, the system comprising: an imaging device adapted to acquire a 3D set of voxels corresponding to a target volume of the target tissue; an ultrasound transducer adapted to generate and deliver at least one sonication of focused beams confined to the target volume for causing disruption of vascular tissue therein so as to define the target volume; and a radiation device; characterised by further comprising: a controller configured for determining, based at least in part on the disruption of the vascular tissue, a radiation treatment plan having a reduced radiation dose for treating the target tissue; wherein the radiation device is adapted to transmit the reduced radiation dose to the target volume. an imaging device adapted to acquire a 3D set of voxels corresponding to a target volume of the target tissue; an ultrasound transducer adapted to generate and deliver at least one sonication of focused beams confined to the target volume for causing disruption of vascular tissue therein so as to define the target volume; and a radiation device; characterised by further comprising: a controller configured for determining, based at least in part on the disruption of the vascular tissue, a radiation treatment plan having a reduced radiation dose for treating the target tissue; wherein the radiation device is adapted to transmit the reduced radiation dose to the target volume.
A method for identifying a neurogenesis-modulating compound, comprising: culturing adipose-derived stem cells (ADSCs) in the presence of a candidate compound; determining the extent of neurogenesis in the ADSCs; culturing ADSCs in the presence of docosahexaenoic acid; determining the extent of neurogenesis of the ADSCs cultured in the presence of DHA; and comparing the extent of neurogenesis in the ADSCs cultured in the presence of the candidate compound to the extent of neurogenesis in the ADSCs cultured in the presence of DHA, wherein an increase in the extent of neurogenesis in the ADSCs cultured in the presence of the candidate compound compared to the extent of neurogenesis in the ADSCs cultured in the presence of DHA indicates that the candidate compound is a neurogenesis-promoting compound. culturing adipose-derived stem cells (ADSCs) in the presence of a candidate compound; determining the extent of neurogenesis in the ADSCs; culturing ADSCs in the presence of docosahexaenoic acid; determining the extent of neurogenesis of the ADSCs cultured in the presence of DHA; and comparing the extent of neurogenesis in the ADSCs cultured in the presence of the candidate compound to the extent of neurogenesis in the ADSCs cultured in the presence of DHA, wherein an increase in the extent of neurogenesis in the ADSCs cultured in the presence of the candidate compound compared to the extent of neurogenesis in the ADSCs cultured in the presence of DHA indicates that the candidate compound is a neurogenesis-promoting compound.
A reception apparatus comprising: a reception unit configured to receive a transmission signal, comprising a same frame a plurality of times, transmitted from a transmission side; and a correction unit configured to correct a symbol of unknown data to the receiver side included in each of the same frames of the transmission signal on a basis of a symbol of known data, which is a synchronization signal, to the receiver side included in each of the same frames the transmission signal received by the reception unit, wherein the frame in the transmission signal is arranged as follows: a symbol of the known data for a reception side at one or both of timings of immediately before and immediately after selection of a symbol of unknown data for the reception side, wherein the correction unit is configured to correct the symbol of the unknown data on the basis of the symbol of the known data which is located at one or both of immediately before and immediately after the symbol of the unknown data, wherein the reception unit is configured to receive the transmission signal, comprising the same frame a plurality of times, combine the received plurality of frames to generate a combined signal, and demodulate the combined signal. a reception unit configured to receive a transmission signal, comprising a same frame a plurality of times, transmitted from a transmission side; and a correction unit configured to correct a symbol of unknown data to the receiver side included in each of the same frames of the transmission signal on a basis of a symbol of known data, which is a synchronization signal, to the receiver side included in each of the same frames the transmission signal received by the reception unit, wherein the frame in the transmission signal is arranged as follows: a symbol of the known data for a reception side at one or both of timings of immediately before and immediately after selection of a symbol of unknown data for the reception side, wherein the correction unit is configured to correct the symbol of the unknown data on the basis of the symbol of the known data which is located at one or both of immediately before and immediately after the symbol of the unknown data, wherein the reception unit is configured to receive the transmission signal, comprising the same frame a plurality of times, combine the received plurality of frames to generate a combined signal, and demodulate the combined signal.
A lawn mower comprising: a housing including an opened bottom; a rotation shaft extending in a vertical direction of the housing and including a lower end positioned within the housing; a cutter blade provided for the rotation shaft, and accommodated in the housing; a drive source configured to drive the cutter blade through the rotation shaft; a grass clippings container configured to store lawn grass which is cut by the cutter blade and is transported from the housing by transportation wind generated by the cutter blade; and a grass clippings container weight detection unit configured to detect weight (Wr) of the grass clippings container; characterized by a flap provided for the cutter blade, the flap having a flap angle (θr) changeable along a horizontal line which is perpendicular to the rotation shaft; an actuator configured to control the flap angle (θr) of the flap; and a control unit configured to control the actuator; wherein the control unit is configured to control at least one of a rotational speed (Ner) of the drive source and the flap angle (θr) of the flap in correspondence with the weight (Wr) detected by the grass clippings container weight detection unit. a housing including an opened bottom; a rotation shaft extending in a vertical direction of the housing and including a lower end positioned within the housing; a cutter blade provided for the rotation shaft, and accommodated in the housing; a drive source configured to drive the cutter blade through the rotation shaft; a grass clippings container configured to store lawn grass which is cut by the cutter blade and is transported from the housing by transportation wind generated by the cutter blade; and a grass clippings container weight detection unit configured to detect weight (Wr) of the grass clippings container; characterized by a flap provided for the cutter blade, the flap having a flap angle (θr) changeable along a horizontal line which is perpendicular to the rotation shaft; an actuator configured to control the flap angle (θr) of the flap; and a control unit configured to control the actuator; wherein the control unit is configured to control at least one of a rotational speed (Ner) of the drive source and the flap angle (θr) of the flap in correspondence with the weight (Wr) detected by the grass clippings container weight detection unit.
A analytical method involving the cleaving disulfide bonds in proteinaceous substances by means of electrochemical reduction, said method comprising: • providing a liquid sample containing one or more proteinaceous substances that comprises at least one disulfide bond; • providing an electrochemical cell comprising a working electrode and an auxiliary electrode; • introducing the liquid sample into the electrochemical cell; • subjecting the liquid sample in the electrochemical cell to a reducing potential to reduce disulfide bonds in the one or more proteinaceous substances, thereby producing an electrochemically reduced liquid sample containing proteinaceous substances with a cleaved disulfide bond; and • detection analysis or structure elucidation analysis of the electrochemically reduced liquid sample in an on-line fashion; wherein the electrochemical cell comprises a working electrode that contains titanium. • providing a liquid sample containing one or more proteinaceous substances that comprises at least one disulfide bond; • providing an electrochemical cell comprising a working electrode and an auxiliary electrode; • introducing the liquid sample into the electrochemical cell; • subjecting the liquid sample in the electrochemical cell to a reducing potential to reduce disulfide bonds in the one or more proteinaceous substances, thereby producing an electrochemically reduced liquid sample containing proteinaceous substances with a cleaved disulfide bond; and • detection analysis or structure elucidation analysis of the electrochemically reduced liquid sample in an on-line fashion;
An animal excretion disposal sheet (10,11) comprising: a liquid permeable top sheet; a liquid impermeable back sheet; and an absorbent body that is disposed between the liquid permeable top sheet and the liquid impermeable back sheet; wherein a fragrance ingredient is applied to the top sheet or the absorbent body; evocative information (50, 51, 52) composed of at least one of color, graphic and character that can evoke scent of the fragrance ingredient is displayed on the top sheet or the absorbent body; and the back sheet is light transmissive such that the evocative information (50, 51, 52) can be visually recognized from the back sheet side. a liquid permeable top sheet; a liquid impermeable back sheet; and an absorbent body that is disposed between the liquid permeable top sheet and the liquid impermeable back sheet; wherein a fragrance ingredient is applied to the top sheet or the absorbent body; evocative information (50, 51, 52) composed of at least one of color, graphic and character that can evoke scent of the fragrance ingredient is displayed on the top sheet or the absorbent body; and the back sheet is light transmissive such that the evocative information (50, 51, 52) can be visually recognized from the back sheet side.
A pneumatic motorcycle tire comprising a tread portion having a right and a left tread edge, the tread portion being provided with a unidirectional tread pattern having an intended tire rotational direction, wherein a right half tread of the tread portion is defined between the tire equator and the right tread edge and a left half tread of the tread portion is defined between the tire equator and the left tread edge, wherein the right half tread and the left half tread are each provided with a unit pattern repeatedly arranged in the tire circumferential direction so as to form the unidirectional tread pattern, and wherein the unit pattern comprises: a first oblique groove extending axially outwardly from a vicinity of the tire equator, while inclining to the opposite direction to the intended tire rotational direction, a second oblique groove disposed on the heel-side in the tire rotational direction of the first oblique groove and extending along the first oblique groove, a third oblique groove disposed on the heel-side in the tire rotational direction of the second oblique groove and extending along the second oblique groove, a fourth oblique groove disposed on the heel-side in the tire rotational direction of the third oblique groove and extending along the third oblique groove, and a narrow oblique groove extending from an axially inner end of the first oblique groove to an axially inner end of the fourth oblique groove, while inclining to the intended tire rotational direction, characterized in that the groove depth of the narrow oblique groove is in a range of from 30 % to 70 % of the groove depth of the first oblique groove and/or in that the groove width of the narrow oblique groove is in a range of from 1.5 to 2.5 mm. a first oblique groove extending axially outwardly from a vicinity of the tire equator, while inclining to the opposite direction to the intended tire rotational direction, a second oblique groove disposed on the heel-side in the tire rotational direction of the first oblique groove and extending along the first oblique groove, a third oblique groove disposed on the heel-side in the tire rotational direction of the second oblique groove and extending along the second oblique groove, a fourth oblique groove disposed on the heel-side in the tire rotational direction of the third oblique groove and extending along the third oblique groove, and a narrow oblique groove extending from an axially inner end of the first oblique groove to an axially inner end of the fourth oblique groove, while inclining to the intended tire rotational direction, characterized in that the groove depth of the narrow oblique groove is in a range of from 30 % to 70 % of the groove depth of the first oblique groove and/or in that the groove width of the narrow oblique groove is in a range of from 1.5 to 2.5 mm.
Operating room system including at least a first device and a second device, wherein the first device is provided with means for emitting and for receiving light signals and the second device (A, B) is provided with means for receiving and emitting light signals, wherein the light signals are transferred in an exclusively wireless manner between the first device and the second device (A, B) and carry information which information is modulated into the light signals, the first device is a lighting device, the second device (A, B) is a medical instrument, in particular a minimally invasive instrument, wherein the first device exclusively transfers the control signals of the second device to the second device and wherein all output information from the second device (A, B) is transferred by means of light signals in a wireless manner to the first device, characterized in that control means are provided in the operating room system for managing communication access between the two devices including a hierarchy priority decision means for the data exchange between the first device and the second device. the light signals are transferred in an exclusively wireless manner between the first device and the second device (A, B) and carry information which information is modulated into the light signals, the first device is a lighting device, the second device (A, B) is a medical instrument, in particular a minimally invasive instrument, wherein the first device exclusively transfers the control signals of the second device to the second device and wherein all output information from the second device (A, B) is transferred by means of light signals in a wireless manner to the first device, characterized in that control means are provided in the operating room system for managing communication access between the two devices including a hierarchy priority decision means for the data exchange between the first device and the second device.
Control system for an electromechanical contactor of a power circuit, the electromechanical contactor comprising: • a contact, movable between two positions: - an open position in which the contact produces the disconnection of the power circuit, and - a closed position in which the contact produces the connection of the power circuit, • a coil, in mechanical connection with the contact and configured to drive the contact between the open and the closed positions, characterised in that the control system comprises a regulated power supply connectable to the coil, the regulated power supply configured to provide a constant regulated output voltage V OUT to the coil and to receive a feedback voltage V FBK having a k relationship with the output voltage V OUT, V FBK = V OUT * k, the control system further comprises a controller, the controller being configured to vary the relationship k between the output voltage V OUT and the feedback voltage V FBK from at least a first relationship k 1 to a second relationship k 2, being k 2 > k 1, such that, the regulated power supply varies the provided output voltage V OUT from at least a first output voltage V OUT1 to a second lower output voltage V OUT2 for reducing power consumption of the coil. • a contact, movable between two positions: - an open position in which the contact produces the disconnection of the power circuit, and - a closed position in which the contact produces the connection of the power circuit, - an open position in which the contact produces the disconnection of the power circuit, and - a closed position in which the contact produces the connection of the power circuit, • a coil, in mechanical connection with the contact and configured to drive the contact between the open and the closed positions, characterised in that the control system comprises a regulated power supply connectable to the coil, the regulated power supply configured to provide a constant regulated output voltage V OUT to the coil and to receive a feedback voltage V FBK having a k relationship with the output voltage V OUT, V FBK = V OUT * k, the control system further comprises a controller, the controller being configured to vary the relationship k between the output voltage V OUT and the feedback voltage V FBK from at least a first relationship k 1 to a second relationship k 2, being k 2 > k 1, such that, the regulated power supply varies the provided output voltage V OUT from at least a first output voltage V OUT1 to a second lower output voltage V OUT2 for reducing power consumption of the coil.
An isolated population of cell clusters, each cell cluster comprising at least two cells and having the following characteristics: (i) being endothelial cell clusters derived from blood vessel of a colorectal tumor and isolated from blood; (ii) each cell cluster having at least two clearly distinct nuclei; (iii) each cell cluster having a major axis of greater than about 10 μm; (iv) expression of endothelial cell genes or proteins, comprising FOLH1; (v) non-expression of leukocyte-specific genes or proteins; (vi) non-expression of megakaryocyte or platelets-specific genes or proteins; and (vii) being cytomorphologically consistent with malignancy but not having primary tumor mutations or chromosomal abnormalities. (i) being endothelial cell clusters derived from blood vessel of a colorectal tumor and isolated from blood; (ii) each cell cluster having at least two clearly distinct nuclei; (iii) each cell cluster having a major axis of greater than about 10 μm; (iv) expression of endothelial cell genes or proteins, comprising FOLH1; (v) non-expression of leukocyte-specific genes or proteins; (vi) non-expression of megakaryocyte or platelets-specific genes or proteins; and (vii) being cytomorphologically consistent with malignancy but not having primary tumor mutations or chromosomal abnormalities.