mhurhangee/ep-ind-claims huggingface dataset:
A pulse generator, comprising: a plurality of electrode nodes, each electrode node configured to be coupled to an electrode configured to contact a patient's tissue; a plurality of first digital-to-analog converters, called DACs in the following, each configured to receive a first current with a magnitude indicative of a first total anodic current amplitude to be produced at the electrode nodes in a first timing channel, wherein each of the first DACs is configured when selected to provide a first anodic stimulation current to only a corresponding different one of the electrode nodes; and a plurality of second DACs each configured to receive a second current with a magnitude indicative of a second total anodic current amplitude to be produced at the electrode nodes in a second timing channel, wherein each of the second DACs is configured when selected to provide a second anodic stimulation current to only a corresponding different one of the electrode nodes. a plurality of electrode nodes, each electrode node configured to be coupled to an electrode configured to contact a patient's tissue; a plurality of first digital-to-analog converters, called DACs in the following, each configured to receive a first current with a magnitude indicative of a first total anodic current amplitude to be produced at the electrode nodes in a first timing channel, wherein each of the first DACs is configured when selected to provide a first anodic stimulation current to only a corresponding different one of the electrode nodes; and a plurality of second DACs each configured to receive a second current with a magnitude indicative of a second total anodic current amplitude to be produced at the electrode nodes in a second timing channel, wherein each of the second DACs is configured when selected to provide a second anodic stimulation current to only a corresponding different one of the electrode nodes.
A vector comprising a) a nucleic acid construct encoding a chimeric protein comprising (i) an extracellular domain of CD4, or a fragment thereof, wherein the fragment binds specifically to gp120, (ii) a transmembrane domain, and (iii) a cytoplasmic domain comprising a) the cytoplasmic domain of the CD3 zeta chain, or a fragment thereof, wherein the fragment modulates activation of T cells, and b) the cytoplasmic domain of CD28, or a fragment thereof; wherein the fragment modulates activation of T cells, wherein said chimeric protein is capable of forming a homodimer when expressed in a T cell, and b) a nucleic acid construct encoding an siRNA specific to an HIV gene, wherein the siRNA is capable of suppressing HIV replication. a) a nucleic acid construct encoding a chimeric protein comprising (i) an extracellular domain of CD4, or a fragment thereof, wherein the fragment binds specifically to gp120, (ii) a transmembrane domain, and (iii) a cytoplasmic domain comprising a) the cytoplasmic domain of the CD3 zeta chain, or a fragment thereof, wherein the fragment modulates activation of T cells, and b) the cytoplasmic domain of CD28, or a fragment thereof; wherein the fragment modulates activation of T cells, wherein said chimeric protein is capable of forming a homodimer when expressed in a T cell, and (i) an extracellular domain of CD4, or a fragment thereof, wherein the fragment binds specifically to gp120, (ii) a transmembrane domain, and (iii) a cytoplasmic domain comprising a) the cytoplasmic domain of the CD3 zeta chain, or a fragment thereof, wherein the fragment modulates activation of T cells, and b) the cytoplasmic domain of CD28, or a fragment thereof; wherein the fragment modulates activation of T cells, a) the cytoplasmic domain of the CD3 zeta chain, or a fragment thereof, wherein the fragment modulates activation of T cells, and b) the cytoplasmic domain of CD28, or a fragment thereof; wherein the fragment modulates activation of T cells, b) a nucleic acid construct encoding an siRNA specific to an HIV gene, wherein the siRNA is capable of suppressing HIV replication.
Drill bit for drilling a foundation, wherein the drill bit has a means for internally releasing a releaseable connection between the drill bit and a tube, wherein an opening (1.3) is provided into which an unlocking bolt for triggering the means for release is insertable, wherein the means for releasing the releaseable connection between the drill bit and the tube comprises a number of radially displaceable locking bolts which are displaceable from a locking first position into an unlocking second position, wherein the number of locking bolts in their locking first position at least partially radially projects with respect to an outer wall of a drill bit neck (1.4) and in their unlocking second position does not radially project with respect to the outer wall of the drill bit neck (1.4) and wherein the means for releasing the releaseable connection between the drill bit and the tube comprises a retaining sleeve which causes unlocking to be triggered and which is arranged in the opening (1.3), wherein the retaining sleeve is displaceable from a locking first position in the advancing direction into an unlocking second position.
Electrochemical cell (100; 200) for generating hydrogen (a) or oxygen (b), having either the feature (a) the cell has an anode (106; 206) comprising an electrochemically oxidizable substance and an electrode that is configured for hydrogen generation as a cathode (104; 204) or the feature (b) the cell has a cathode comprising an electrochemically reducible substance and an electrode that is configured for oxygen generation as an anode and the features (c) the cell comprises a housing, which encloses an interior in which the anode (106; 206) and the cathode (104; 204) according to (a) or (b) are arranged - separated from one another by a separator (105; 205), (d) the housing has an aperture (107a, 107b; 207a, 207b) through which hydrogen generated at the electrode that is configured for hydrogen generation or oxygen generated at the electrode that is configured for oxygen generation can escape from the interior, and (e) the aperture (107a, 107b; 207a, 207b) is closed by means of a film (108; 208; 111), which is affixed to an outer side of the housing and which covers the aperture and an area surrounding the aperture, characterized in that (f) the film (108; 111) has at least one predetermined rupture location (108a, 108b; 112), which ruptures during the initial start-up of the cell (100; 200) due to a pressure that forms in the interior as a result of the hydrogen or oxygen generation that occurs, and (g) the film (108; 208) has at least one opening (208a; 208b) in the design of a hole or of a slot in the area that surrounds the aperture (107a, 107b; 207a, 207b), and (h) the film (108; 208; 111) is electrically conductive. (a) the cell has an anode (106; 206) comprising an electrochemically oxidizable substance and an electrode that is configured for hydrogen generation as a cathode (104; 204) or the feature (b) the cell has a cathode comprising an electrochemically reducible substance and an electrode that is configured for oxygen generation as an anode and the features (c) the cell comprises a housing, which encloses an interior in which the anode (106; 206) and the cathode (104; 204) according to (a) or (b) are arranged - separated from one another by a separator (105; 205), (d) the housing has an aperture (107a, 107b; 207a, 207b) through which hydrogen generated at the electrode that is configured for hydrogen generation or oxygen generated at the electrode that is configured for oxygen generation can escape from the interior, and (e) the aperture (107a, 107b; 207a, 207b) is closed by means of a film (108; 208; 111), which is affixed to an outer side of the housing and which covers the aperture and an area surrounding the aperture, characterized in that (f) the film (108; 111) has at least one predetermined rupture location (108a, 108b; 112), which ruptures during the initial start-up of the cell (100; 200) due to a pressure that forms in the interior as a result of the hydrogen or oxygen generation that occurs, and (g) the film (108; 208) has at least one opening (208a; 208b) in the design of a hole or of a slot in the area that surrounds the aperture (107a, 107b; 207a, 207b), and (h) the film (108; 208; 111) is electrically conductive.
An information processing device comprising: first receiving means (141; 351) to receive from a first other information processing device equipment information of a second other information processing device that differs from said first other information processing device, via a first communication and first connecting information useful for connecting with said second other information processing device by a second communication that differs from said first communication; first transmitting means (141; 351) to transmit second connecting information that is useful for connecting with the device itself by said second communication to said first other information processing device, via said first communication; and second receiving means (142; 211) to receive content data transmitted from said second other information processing device by said second communication, based on said first connecting information and said second connecting information; wherein said information processing device comprises a first content playing application for playing content data; and said second receiving means (142; 211) operates in cooperation with said first other information processing device comprising a second content playing application for playing content data and said second other information processing device comprising a third content playing application for playing content data. first receiving means (141; 351) to receive from a first other information processing device equipment information of a second other information processing device that differs from said first other information processing device, via a first communication and first connecting information useful for connecting with said second other information processing device by a second communication that differs from said first communication; equipment information of a second other information processing device that differs from said first other information processing device, via a first communication and first connecting information useful for connecting with said second other information processing device by a second communication that differs from said first communication; first transmitting means (141; 351) to transmit second connecting information that is useful for connecting with the device itself by said second communication to said first other information processing device, via said first communication; and second receiving means (142; 211) to receive content data transmitted from said second other information processing device by said second communication, based on said first connecting information and said second connecting information; wherein said information processing device comprises a first content playing application for playing content data; and said second receiving means (142; 211) operates in cooperation with said first other information processing device comprising a second content playing application for playing content data and said second other information processing device comprising a third content playing application for playing content data.
Rotor for rotary electric machine, comprising a plurality of North and South poles that are alternate and are formed from a plurality of permanent magnets arranged in first recesses which extend axially and are distributed regularly between a circumferential part and a central part of of the magnetic mass of said rotor so as to define a plurality of circumferential polar sections, said first recesses being spaced apart by central tabs of thickness E, said permanent magnets having a polygonal radial section which comprises an essentially rectangular part close to said circumferential part adjacent to an essentially trapezoidal part close to said central part, such that a part of the permanent magnet close to the central part of the rotor comprises a wedge shape, said central tabs forming partitions and the thickness E being constant, the polar sections comprising two longitudinal faces that extend on either side of the essentially rectangular part of the magnets, characterized in that a ratio R0=h/E of a first height h of said trapezoidal part over the thickness E of a central tab is predetermined so as to minimize flux leakage via the central part while being able to withstand mechanical stresses, in particular when the electric machine is rotating at high speeds, the ratio R0 being between 1.9 and 7, in particular between 2 and 6, for example between 3 and 5.
A power transmission belt B comprising: a belt body at least portion of which is made of a rubber composition containing a rubber component, cellulose-based fine fibers, cotton powder, and carbon black, wherein a content of the carbon black in the rubber composition is 5 parts by mass or more to 30 parts by mass or less relative to 100 parts by mass of the rubber composition. a belt body at least portion of which is made of a rubber composition containing a rubber component, cellulose-based fine fibers, cotton powder, and carbon black, wherein a content of the carbon black in the rubber composition is 5 parts by mass or more to 30 parts by mass or less relative to 100 parts by mass of the rubber composition.
Communication cable for the distribution of radio data signals, comprising a leaky feeder structure with a core conductor surrounded by an insulation shield, an outer conductor arranged over the insulation shield with a plurality of apertures (4; 4') and a jacket enclosing the outer conductor, characterized in that an illumination arrangement (6; 8) is arranged at least along sections of a length of the cable and incorporated in the cable, wherein the illumination arrangement comprises a plurality of light units arranged between the jacket and the insulation shield along the outer conductor, wherein, at least in regions of the illumination arrangement, the jacket is transparent or comprises openings, and wherein the outer conductor powers the light units arranged between the jacket and the insulation shield along the outer conductor.
Screw for osteosynthesis and arthrodesis for orthopaedic surgery notably of the hand and the foot, cannulated or not, having three successive parts along its principal axis, namely a distal part comprising threads, a central part or central shank which is smooth (f) and a proximal part or head comprising threads and for which the sum of the angles (a2 + b2), namely on the one hand an angle defined between the principal axis of the screw and the external taper of the shank and on the other hand an angle defined between the principal axis of the screw and the crest line of the threads of the pitch of the screw, is greater than 45°, the distal part having an external diameter which is slightly less than that of the proximal part and exhibiting a screw pitch which is slightly greater than that of the proximal part, allowing the two bone parts to be fused to be placed under compression, the zone of attack on the bone in the proximal part (A2a) being conical and self-perforating, characterised in that the end of the distal part is conical, in that the sum of the angles (a1 + b1) of the distal part, namely on the one hand an angle defined between the principal axis of the screw and the external taper of the shank and on the other hand an angle defined between the principal axis of the screw and the crest line of the threads of the pitch of the screw, is greater than 45°, and in that the attacking (most distal) part of each thread has a plurality of cutting edges obtained by removal of material.
A glass comprising at least the following components (given in mol-% on oxide basis): SiO 2 64 - 77 Al 2 O 3 9 - 14 Na 2 O 4 - 12 CaO 1 - 12 MgO 0 - 14 ZrO 2 0 - 2 TiO 2 0.1 - 4.5 wherein the ratio Al 2 O 3 /Na 2 O ≥ 1; wherein the ratio Al 2 O 3 /CaO ≥ 1.5; wherein the total content SiO 2 + Al 2 O 3 < 82 mol-%; wherein there is present no B 2 O 3, apart from unavoidable impurities; wherein there is present no Li 2 O, apart from unavoidable impurities.
A fuel composition comprising, in a majority of a customary fuel, a proportion of at least one reaction product comprising a quaternized nitrogen compound, wherein the reaction product is obtainable by reacting a quaternizable nitrogen compound comprising at least one quaternizable, especially tertiary, amino group with a quaternizing agent which converts the at least one quaternizable, especially tertiary, amino group to a quaternary ammonium group, wherein the quaternizing agent is a hydrocarbyl epoxide in combination with a free hydrocarbyl-substituted polycarboxylic acid.
A computer program product comprising instructions which, when executed by a computer, cause the computer to: receive a write request containing write data; store the write data in a data cache; apply a page fit process to the write data, wherein the page fit process determines a best fit for the compressed data in the compressed page based on a data set in the data cache, wherein the data set includes the write data of the write request; cause the generation of a virtual page table entry in a virtual page table for the processed write data, wherein the virtual page table entry includes a compression index and a page address, and wherein the compression index refers to a particular virtual page within a compressed page; perform an inline compression of the processed write data to compress and store the processed write data in a compressed page at a location associated with the compression index, wherein the compressed page includes a compression metadata having a reference count, a compressed page offset, and a virtual page address; receive a read-modify-write request to modify the write data and re-write modified write data; store the modified write data in the data cache; apply a page re-fit process to the modified write data to determine whether the modified write data will fit in the compressed page at the location associated with the compression index; and based on a determination that the modified write data will fit, perform an inline compression of the modified write data to compress and store the modified write data in the compressed page at the location associated with the compression index. receive a write request containing write data; store the write data in a data cache; apply a page fit process to the write data, wherein the page fit process determines a best fit for the compressed data in the compressed page based on a data set in the data cache, wherein the data set includes the write data of the write request; cause the generation of a virtual page table entry in a virtual page table for the processed write data, wherein the virtual page table entry includes a compression index and a page address, and wherein the compression index refers to a particular virtual page within a compressed page; perform an inline compression of the processed write data to compress and store the processed write data in a compressed page at a location associated with the compression index, wherein the compressed page includes a compression metadata having a reference count, a compressed page offset, and a virtual page address; receive a read-modify-write request to modify the write data and re-write modified write data; store the modified write data in the data cache; apply a page re-fit process to the modified write data to determine whether the modified write data will fit in the compressed page at the location associated with the compression index; and based on a determination that the modified write data will fit, perform an inline compression of the modified write data to compress and store the modified write data in the compressed page at the location associated with the compression index.
A pulsed power drilling apparatus for passing a pulsed electrical current through a substrate to break the substrate, the apparatus comprising: a drill comprising a non-rotating drill bit; a pulsed power generator linking to said non-rotating drill bit for delivering high voltage pulses through the substrate; and a plurality of side electrode sets and a plurality of center electrode sets disposed on said non-rotating drill bit for directional control; wherein increasing a pulse repetition rate and/or pulse energy of any of said electrode sets excavates more rock on a corresponding side of the drill hole, thereby changing a drilling direction, and wherein each electrode set has a center electrode and a surrounding electrode. a drill comprising a non-rotating drill bit; a pulsed power generator linking to said non-rotating drill bit for delivering high voltage pulses through the substrate; and a plurality of side electrode sets and a plurality of center electrode sets disposed on said non-rotating drill bit for directional control; wherein increasing a pulse repetition rate and/or pulse energy of any of said electrode sets excavates more rock on a corresponding side of the drill hole, thereby changing a drilling direction, and wherein each electrode set has a center electrode and a surrounding electrode.
A binary silver-bismuth alloy electroplating composition comprising a source of silver ions, a source of bismuth ions, characterised in that the composition further comprises 2. a thiol terminal aliphatic compound having a general formula: HS-A-R 1 wherein A is a substituted or unsubstituted (C 1 -C 4)alkanediyl and R 1 is a sulfonic group or sulfonate group, and a pH of less than 7, wherein a substituent group is selected from the group consisting of (C 1 -C 3)alkyl, carboxy(C 1 -C 3)alkyl and -NH2.
A pinch roller mechanism of a plotter, comprising: a rail supported by a frame of the plotter and extending in a first direction crossing a conveyance direction of a medium while being apart from a medium driving roller configured to convey the medium; a slider supported by the rail to be movable along the rail; a roller bracket supported by the slider to be movable forward and backward with respect to the medium driving roller; a spring (52a, 52b) configured to bias the roller bracket toward the medium driving roller; and a pinch roller rotatably supported by the roller bracket while setting an axial direction in the first direction, wherein the roller bracket includes a slide plate (39a, 39b) standing toward the slider, and the slider includes a guide groove (35a, 35b) into which the slide plate (39a, 39b) is inserted, the spring (52a, 52b) is provided between the slider and the roller bracket, characterized in that the slide plate (39a, 39b) includes a first slide plate and a second slide plate, which are provided at both ends of the roller bracket, and the guide groove (35a, 35b) includes a first guide groove and a second guide groove, which are formed at both ends of the slider. a rail supported by a frame of the plotter and extending in a first direction crossing a conveyance direction of a medium while being apart from a medium driving roller configured to convey the medium; a slider supported by the rail to be movable along the rail; a roller bracket supported by the slider to be movable forward and backward with respect to the medium driving roller; a spring (52a, 52b) configured to bias the roller bracket toward the medium driving roller; and a pinch roller rotatably supported by the roller bracket while setting an axial direction in the first direction, wherein the roller bracket includes a slide plate (39a, 39b) standing toward the slider, and the slider includes a guide groove (35a, 35b) into which the slide plate (39a, 39b) is inserted, the spring (52a, 52b) is provided between the slider and the roller bracket, characterized in that the slide plate (39a, 39b) includes a first slide plate and a second slide plate, which are provided at both ends of the roller bracket, and the guide groove (35a, 35b) includes a first guide groove and a second guide groove, which are formed at both ends of the slider.