mhurhangee/ep-ind-claims huggingface dataset:
A method of measuring oxygen saturation in an individual, the method comprising the steps of: measuring an electrocardiogram signal over multiple heart beats; measuring one or more pulse oximetry signals over multiple heart beats such that the electrocardiogram signal and the one or more pulse oximetry signals are in time concordance over one or more heart beats; comparing a portion of the electrocardiogram signal and the one or more pulse oximetry signals in time concordance over one or more heart beats to determine a constant component and a primary periodic component of each of the one or more pulse oximetry signals; and determining oxygen saturation from the constant components and primary periodic components of the one or more pulse oximetry signals; characterized in that said pulse oximetry signals include a reflective infrared signal and a reflective red light signal; and said step of comparing includes defining intervals of said pulse oximetry signal based on characteristics of said electrocardiogram signal and averaging values of said pulse oximetry signal over a plurality of such intervals. measuring an electrocardiogram signal over multiple heart beats; measuring one or more pulse oximetry signals over multiple heart beats such that the electrocardiogram signal and the one or more pulse oximetry signals are in time concordance over one or more heart beats; comparing a portion of the electrocardiogram signal and the one or more pulse oximetry signals in time concordance over one or more heart beats to determine a constant component and a primary periodic component of each of the one or more pulse oximetry signals; and determining oxygen saturation from the constant components and primary periodic components of the one or more pulse oximetry signals; characterized in that said pulse oximetry signals include a reflective infrared signal and a reflective red light signal; and said step of comparing includes defining intervals of said pulse oximetry signal based on characteristics of said electrocardiogram signal and averaging values of said pulse oximetry signal over a plurality of such intervals.
A bracket for furniture, comprising a supporting piece with a fixed piece connectable to each other, at least one group of convex structures are arranged on the fixed piece and the convex structures comprise two symmetrically disposed convex clasps; characterized in that a first connection piece detachably mounted on the supporting piece, wherein at least one group of connection hole structures are arranged on the first connection piece; the connection hole structures comprise two symmetrically disposed sockets, wherein the sockets comprise insertion portions and clamping portions which are communicated with each other; a clearance of the clamping portions is smaller than that of the insertion portions; and the convex clasps are inserted into the insertion portions and move to be clamped into the clamping portions; and wherein the bracket connection structure further comprises a second connection piece detachably mounted on the fixed piece; the convex structures are arranged on the second connection piece; the second connection piece is sheet-like; and the second connection piece is fixed onto the fixed piece through screws.
An in vitro method for detecting antibody-secreting B cells specific for at least an HLA in a subject comprising: i) stimulating memory B cells in a sample containing memory B cells from said subject, ii) capturing the antibodies secreted by the stimulated memory B cell of step (i) with an antibody specific to IgG or IgM, iii) contacting the antibodies captured in step (ii) with at least an HLA multimer of said HLA and iv) detecting the HLA multimer of said HLA bound to the antibodies captured in step (ii). i) stimulating memory B cells in a sample containing memory B cells from said subject, ii) capturing the antibodies secreted by the stimulated memory B cell of step (i) with an antibody specific to IgG or IgM, iii) contacting the antibodies captured in step (ii) with at least an HLA multimer of said HLA and iv) detecting the HLA multimer of said HLA bound to the antibodies captured in step (ii).
A battery module, comprising a plurality of batteries, an electrical connecting piece, a circuit board and a sampling connecting member; the plurality of batteries being arranged in a longitudinal direction; the electrical connecting piece being electrically connected to the corresponding battery; the circuit board being located above the corresponding battery in a height direction; the sampling connecting member being connected to the electrical connecting piece and the circuit board; and the sampling connecting member comprises a fixing portion and a contact portion, the fixing portion being fixed on the circuit board, the contact portion being connected to the fixing portion, and the contact portion pressing against the electrical connecting piece and keeping in contact with the electrical connecting piece. the plurality of batteries being arranged in a longitudinal direction; the electrical connecting piece being electrically connected to the corresponding battery; the circuit board being located above the corresponding battery in a height direction; the sampling connecting member being connected to the electrical connecting piece and the circuit board; and the sampling connecting member comprises a fixing portion and a contact portion, the fixing portion being fixed on the circuit board, the contact portion being connected to the fixing portion, and the contact portion pressing against the electrical connecting piece and keeping in contact with the electrical connecting piece.
A gasket for a valve of an internal-combustion engine; said valve comprising a guide element defining a through seat, and a stem slidably movable in said seat; said gasket comprising: - an elastically deformable sealing element, which has an annular conformation about an axis and is designed to be set externally on said valve to co-operate both with said guide element and with said stem; and - a supporting member having an annular conformation, which is set coaxially on at least part of said sealing element in such a way that the latter is pressed radially between said supporting member and said valve; wherein said supporting member comprises a first portion for interaction with said sealing element and a second portion for positioning in use said gasket on said engine; wherein said first and second portions of said supporting member are part, respectively, of a first component and a second component that are distinct from one another and are mounted coaxially by snap-action coupling means; said gasket being characterized in that said second component is set in a radially outermost position with respect to said first component and defines a seat for receiving the first component itself; in that said second component comprises a substantially cylindrical main body, which defines internally at least one axial abutment surface for an axial end stretch of said first component, and an annular flange, which projects radially outwards from one end of said main body and is designed to be mounted in a fixed position with respect to said valve; and in that said snap-action coupling means comprise a plurality of engagement lances carried by said second component, extending, in undeformed condition, parallel to said axis and projecting from an end edge of said main body opposite to said flange, angularly distributed about said axis and elastically flexible away from and towards said first component to snap couple with an abutment portion of the first component itself. - an elastically deformable sealing element, which has an annular conformation about an axis and is designed to be set externally on said valve to co-operate both with said guide element and with said stem; and - a supporting member having an annular conformation, which is set coaxially on at least part of said sealing element in such a way that the latter is pressed radially between said supporting member and said valve; wherein said supporting member comprises a first portion for interaction with said sealing element and a second portion for positioning in use said gasket on said engine;
A pharmaceutical composition comprising a bispecific single chain antibody construct, binding to a target cell surface antigen CD19 or CD33 via a first binding domain and to the T cell surface antigen CD3 via a second binding domain, wherein the bispecific single chain construct comprises or consists of a polypeptide having an amino acid sequence as depicted in SEQ ID NO 100 or 174, a β-cyclodextrin and a buffer, wherein the composition reduces or prevents the formation of protein aggregates (high molecular weight species HMWS), and wherein the β-cyclodextrin is sulfobutylether-β-cyclodextrin sodium salt.
A method of backing up media content files stored on a digital video recorder, the method being carried out by the DVR and comprising: storing a plurality of media content files on a first storage medium of the digital video recorder; assigning a value for archival to each of the media content files based on characteristics of the media content files; selecting only a portion of the media content files to be backed up based upon the values of the media content files such that the media content files having the highest values are prioritized for backup; transmitting the selected portion of the media content files from the DVR to another device through a communication link to be stored on a second storage medium of the other device for backup; wherein the value for archival is assigned to each of the media content files by searching an electronic programming guide to locate future broadcasts of a television program associated with the media content file and, if future broadcasts of the television program are located, assigning a lower value for archival of that media content file. storing a plurality of media content files on a first storage medium of the digital video recorder; assigning a value for archival to each of the media content files based on characteristics of the media content files; selecting only a portion of the media content files to be backed up based upon the values of the media content files such that the media content files having the highest values are prioritized for backup; transmitting the selected portion of the media content files from the DVR to another device through a communication link to be stored on a second storage medium of the other device for backup; wherein the value for archival is assigned to each of the media content files by searching an electronic programming guide to locate future broadcasts of a television program associated with the media content file and, if future broadcasts of the television program are located, assigning a lower value for archival of that media content file.
A dishwashing machine comprising: a tub to provide a washing space; an upper rack and a lower rack disposed in the tub to receive objects to be washed; a lower arm disposed underneath the lower rack, being configured to spray wash water to the lower rack; a tower fixing unit provided at the lower rack; a tower nozzle fixed to the tower fixing unit to spray wash water to the upper rack; and a tower connection unit provided at the lower arm such that the tower connection unit is withdrawn from the lower arm depending upon water pressure in the lower arm, wherein the tower connection unit is arranged to be inserted into the tower fixing unit, thereby being connected to the tower nozzle to provide water flow path to the tower nozzle when the tower connection unit is withdrawn from the lower arm, characterized in that: the tower fixing unit comprises an elastic sealing member for preventing leakage of wash water supplied to the tower nozzle, and the tower fixing unit further comprises a guide (415, 433, 457) to guide the tower connection unit withdrawn from the lower arm toward the tower nozzle. a tub to provide a washing space; an upper rack and a lower rack disposed in the tub to receive objects to be washed; a lower arm disposed underneath the lower rack, being configured to spray wash water to the lower rack; a tower fixing unit provided at the lower rack; a tower nozzle fixed to the tower fixing unit to spray wash water to the upper rack; and a tower connection unit provided at the lower arm such that the tower connection unit is withdrawn from the lower arm depending upon water pressure in the lower arm, wherein the tower connection unit is arranged to be inserted into the tower fixing unit, thereby being connected to the tower nozzle to provide water flow path to the tower nozzle when the tower connection unit is withdrawn from the lower arm, the tower fixing unit comprises an elastic sealing member for preventing leakage of wash water supplied to the tower nozzle, and the tower fixing unit further comprises a guide (415, 433, 457) to guide the tower connection unit withdrawn from the lower arm toward the tower nozzle.
A head fixation device, in the form of a skull clamp, for use in a medical procedure, wherein the head fixation device comprises: a. a pair of arms defining the skull clamp, wherein each of the pair of arms comprise an upright portion and a lateral portion, wherein each of the arms comprise a cross-sectional profile that defines a rail; b. a pair of stabilizing features each connected to one of the upright portions of the pair of arms defining the skull clamp, wherein the stabilizing features are configured to selectively contact a patient's head; and c. an accessory attachment interface configured to receive a first accessory for use during the medical procedure, wherein the accessory attachment interface is positioned along the upright portion of one of the pair of arms defining the skull clamp, wherein the accessory attachment interface is positioned proximal or adjacent to the stabilizing feature; wherein the accessory attachment interface is part of the head fixation device, wherein the rail comprises an outer surface, wherein the accessory attachment interface is located on the outer surface of the rail. a. a pair of arms defining the skull clamp, wherein each of the pair of arms comprise an upright portion and a lateral portion, wherein each of the arms comprise a cross-sectional profile that defines a rail; b. a pair of stabilizing features each connected to one of the upright portions of the pair of arms defining the skull clamp, wherein the stabilizing features are configured to selectively contact a patient's head; and c. an accessory attachment interface configured to receive a first accessory for use during the medical procedure, wherein the accessory attachment interface is positioned along the upright portion of one of the pair of arms defining the skull clamp, wherein the accessory attachment interface is positioned proximal or adjacent to the stabilizing feature; wherein the accessory attachment interface is part of the head fixation device, wherein the rail comprises an outer surface, wherein the accessory attachment interface is located on the outer surface of the rail.
Fuel injection system for an internal combustion engine, having at least one high-pressure fuel pump which supplies fuel to at least one high-pressure fuel accumulator, having multiple injectors and having at least one central pressure boosting device, wherein the pressure boosting device is arranged between the high-pressure fuel pump and the high-pressure fuel accumulator as viewed in the fuel delivery direction, characterized in that fuel is delivered into a low-pressure region by means of a predelivery pump, and a differential pressure quantity of fuel can be discharged from the pressure boosting device into the low-pressure region of the fuel injection system directly upstream of the high-pressure fuel pump.
A string trimmer, comprising: a housing; a line storage device, configured to accommodate a trimmer line; a trimmer head, having a line eyelet, and the trimmer line passing through the line eyelet; a motor, configured to drive the trimmer head to rotate, to enable a length of the trimmer line that has passed through the line eyelet to perform cutting work; and a release mechanism, capable of releasing the trimmer line, to increase the length of the trimmer line that has passed through the line eyelet; characterized by a calculation unit, configured to respond to a release signal to calculate the usage and/or remainder of the trimmer line; and a reminder unit, configured to send a reminder signal according to the usage and/or remainder of the trimmer line calculated by the calculation unit to remind a user. a housing; a line storage device, configured to accommodate a trimmer line; a trimmer head, having a line eyelet, and the trimmer line passing through the line eyelet; a motor, configured to drive the trimmer head to rotate, to enable a length of the trimmer line that has passed through the line eyelet to perform cutting work; and a release mechanism, capable of releasing the trimmer line, to increase the length of the trimmer line that has passed through the line eyelet; characterized by a calculation unit, configured to respond to a release signal to calculate the usage and/or remainder of the trimmer line; and a reminder unit, configured to send a reminder signal according to the usage and/or remainder of the trimmer line calculated by the calculation unit to remind a user.
The use of: ANGPTL7, SEQ ID NO:1, or a different isoform having sequence identity of at least 80% to SEQ ID NO:1; or a nucleic acid molecule containing a sequence coding for a angiopoietin-like 7 protein, as a tumor marker for in vitro detection of colon or rectal tumors. ANGPTL7, SEQ ID NO:1, or a different isoform having sequence identity of at least 80% to SEQ ID NO:1; or a nucleic acid molecule containing a sequence coding for a angiopoietin-like 7 protein, as a tumor marker for in vitro detection of colon or rectal tumors.
A removable accessory (1, 101, 201) for a fencing mask provided with a woven wire mesh having an array of apertures, the accessory comprising: a main body (5, 205) having a first surface; and a plurality of projections (7, 8, 208) extending from the first surface of the main body (5, 205), each projection (7, 8, 208) being configured to be removably insertable into an aperture of the mesh; and wherein the projections are arranged into one or more clusters and each cluster comprises two or more projections that are configured to be insertable into adjacent apertures of the mesh. a main body (5, 205) having a first surface; and a plurality of projections (7, 8, 208) extending from the first surface of the main body (5, 205), each projection (7, 8, 208) being configured to be removably insertable into an aperture of the mesh; and wherein the projections are arranged into one or more clusters and each cluster comprises two or more projections that are configured to be insertable into adjacent apertures of the mesh.
Metal pipe having at least one foil (10; 10'; 10"; 10"'; 10""; 10S) made from a refractory metal, wherein - a pipe jacket of the metal pipe has a plurality of layers of the at least one foil (10; 10'; 10"; 10"'; 10""; 10S) made from refractory metal, - at least two layers of this plurality of layers of the at least one foil (10; 10'; 10"; 10"'; 10""; 10S) made from refractory metal are at least in some sections connected to one another in a firmly bonded manner, - the at least one foil (10; 10'; 10"; 10"'; 10""; 10S) at least partially consists of tungsten and/or molybdenum, characterized in that the metal pipe has at least one first and one second pipe portion, wherein - the first pipe portion of the metal pipe has the at least one foil (10; 10'; 10"; 10"'; 10""; 10S) made from refractory metal, - the second pipe portion of the metal pipe is formed of a material different from the refractory metal, - the second pipe portion is arranged in a longitudinal direction next to the first pipe portion and - the first pipe portion is connected to the second pipe portion in a firmly bonded manner. - a pipe jacket of the metal pipe has a plurality of layers of the at least one foil (10; 10'; 10"; 10"'; 10""; 10S) made from refractory metal, - at least two layers of this plurality of layers of the at least one foil (10; 10'; 10"; 10"'; 10""; 10S) made from refractory metal are at least in some sections connected to one another in a firmly bonded manner, - the at least one foil (10; 10'; 10"; 10"'; 10""; 10S) at least partially consists of tungsten and/or molybdenum, - the first pipe portion of the metal pipe has the at least one foil (10; 10'; 10"; 10"'; 10""; 10S) made from refractory metal, - the second pipe portion of the metal pipe is formed of a material different from the refractory metal, - the second pipe portion is arranged in a longitudinal direction next to the first pipe portion and - the first pipe portion is connected to the second pipe portion in a firmly bonded manner.
A method of dressing a barrel-shaped worm-like tool, which is used for gear-machining an internal gear to be machined and which has a diameter gradually increasing from ends in an axial direction to a center in the axial direction of the barrel-shaped worm-like tool, by using a dressing tool, wherein the dressing tool used is an internally toothed dressing gear having a smaller number of teeth than the number of the teeth of the internal gear to be machined, and on a basis of data in which the number of teeth is less than that of the internal gear to be machined, the dressing gear and the barrel-shaped worm-like tool are engaged with each other at the same axis intersection angle as during gear-machining performed by the barrel-shaped worm-like tool, and the barrel-shaped worm-like tool is dressed.
A method for adaptively generating a target noise margin for use on a DSL transmission line, said method comprising the steps of: acquiring at least one value representing the current bit loading on said DSL line as line parameter data, determining a first quantity representing a current noise power on said line using said line parameter data by calculating an average signal-to-noise ratio value using said at least one current bit loading value, determining a second quantity representing a worst-case noise power on said line by determining an average signal-to-noise ratio value that represents a worst-case noise level using at least one bit loading value obtained previously, calculating the difference between said first and second quantities to generate a difference value, setting a target noise margin as at least equal to said difference value, and providing said target noise margin for use on said line upon initialisation of said line. acquiring at least one value representing the current bit loading on said DSL line as line parameter data, determining a first quantity representing a current noise power on said line using said line parameter data by calculating an average signal-to-noise ratio value using said at least one current bit loading value, determining a second quantity representing a worst-case noise power on said line by determining an average signal-to-noise ratio value that represents a worst-case noise level using at least one bit loading value obtained previously, calculating the difference between said first and second quantities to generate a difference value, setting a target noise margin as at least equal to said difference value, and providing said target noise margin for use on said line upon initialisation of said line.