mhurhangee/ep-ind-claims huggingface dataset:
A system for assessment of peripheral blood flow, the system comprising: a support structure configured to be positioned onto a patient's foot; a diffuse optical flow sensor (602, 1000) carried by the support structure an optical source fiber carried by the support and an optical detector fiber configured to detect scattered light at a depth of between 0.5 cm and 5cm; an analyzer configured to analyze data from the DOF sensor (602, 1000) to determine blood flow at a location near the DOF sensor (602, 1000) when the support structure is positioned onto the patient's foot, the analyzer utilizing diffuse speckle contrast analysis (DSCA), wherein DSCA comprises determining the speckle contrast (K s) as the ratio of the standard deviation to the mean intensity across many detectors or pixels and deriving the flow rate from its substantially linear relationship 1/K s 2 in the range of flow seen in body tissue; and a feedback device configured to provide audible, visual, or tactile feedback indicative of the blood flow determined by the analyzer, a support structure configured to be positioned onto a patient's foot; a diffuse optical flow sensor (602, 1000) carried by the support structure an optical source fiber carried by the support and an optical detector fiber configured to detect scattered light at a depth of between 0.5 cm and 5cm; an analyzer configured to analyze data from the DOF sensor (602, 1000) to determine blood flow at a location near the DOF sensor (602, 1000) when the support structure is positioned onto the patient's foot, the analyzer utilizing diffuse speckle contrast analysis (DSCA), wherein DSCA comprises determining the speckle contrast (K s) as the ratio of the standard deviation to the mean intensity across many detectors or pixels and deriving the flow rate from its substantially linear relationship 1/K s 2 in the range of flow seen in body tissue; and a feedback device configured to provide audible, visual, or tactile feedback indicative of the blood flow determined by the analyzer,
Device for automatically fitting an article, in particular a package of grouped individual articles, with a carrying handle, said device comprising means for feeding said article in a feeding direction as well as means for feeding a film strip material serving as a carrying handle to a guide element, wherein said film strip material is guided by means of said guide element in such a way that by the movement of said guide element said article is provided with a first end of said film strip material on a first side extending in the feeding direction, that thereafter said guide element moves transversely to the feeding direction across said article to a second side opposite the first side and extending in the feeding direction, and that by the movement of said guide element said article is provided with a second end of the film strip material on a second side, wherein said guide element is designed for a linear displacement transversely to the feeding direction of the article.
Device for mounting an accessory to a tow hitch of a vehicle, which tow hitch has been provided with a tow ball, the device comprising a holder for the accessory, a housing and a sliding member, wherein the housing defines a first accommodation space for the sliding member, which housing preferably shields the first accommodation space in all horizontal directions and/or preferably has a straight-cylindrical cross-section, wherein the sliding member forms a second accommodation space for accommodating the tow ball, wherein when in use the sliding member can be slid up and down in the first accommodation space in mutually opposing first and second directions, between an access position in which the second accommodation space is accessible to the tow ball and a coupling position situated higher when in use, in which coupling position the tow ball is coupled to the device, wherein, preferably, the first direction is vertically upward, characterised in that the device furthermore comprises one or more coupling elements that can be moved relative to the sliding member and relative to the housing between an inactive position in said access position and an active position in the said coupling position, imposed by the relative movement of the sliding member relative to the housing.
A robotic vacuum cleaner comprising a housing, a drive arrangement being configured to drive the vacuum cleaner along a surface to be cleaned, a vacuum producing unit, a debris receptacle, and a nozzle arranged in a portion of the housing facing the surface to be cleaned, wherein the nozzle comprises an elongated suction opening, the suction opening being arranged in fluid communication with a the debris receptacle and the vacuum producing unit being arranged in fluid communication with the suction opening, wherein a front edge being arranged along one side of the elongated suction opening,and between the front edge and the surface to be cleaned an air channel is created, wherein a side brush is arranged at one end of the nozzle, characterised in that, the front edge comprises an aperture, which is arranged at the same end of the nozzle where the side brush is arranged.
A percussion instrument comprising: first and second support members (12, 14), said first and second support members being interconnected; a plurality of hollow tubes, all of said tubes being parallel, all of said tubes having a pair of apertures (26, 28) towards each end (22, 24); a first string and a second string, said first string extending through said apertures (26, 28) at first ends of said tubes, said second string extending through said apertures (26, 28) at second ends of said tubes; and pins located on each of said first and second support members (12, 14) intermediate said hollow tubes said pins extending upwardly, said first string and said second string being supported by said pins, the arrangement being such that said hollow tubes are suspended above said support members by said first string and said second string; characterised in that said apertures (26, 28) and said pins are transversely offset with respect to each other such that strings (34, 36) enter and leave a respective in an angle of between 30° and 110°. first and second support members (12, 14), said first and second support members being interconnected; a plurality of hollow tubes, all of said tubes being parallel, all of said tubes having a pair of apertures (26, 28) towards each end (22, 24); a first string and a second string, said first string extending through said apertures (26, 28) at first ends of said tubes, said second string extending through said apertures (26, 28) at second ends of said tubes; and pins located on each of said first and second support members (12, 14) intermediate said hollow tubes said pins extending upwardly, said first string and said second string being supported by said pins, the arrangement being such that said hollow tubes are suspended above said support members by said first string and said second string; characterised in that said apertures (26, 28) and said pins are transversely offset with respect to each other such that strings (34, 36) enter and leave a respective in an angle of between 30° and 110°.
A first avionics unit, the first avionics unit comprising: a communications interface arranged to interface with one or more other avionics units, the communication interface being arranged to transmit a discrete signal having a first signal state to the one or more other avionics units, wherein, if the discrete signal has the first signal state for a predetermined time, the discrete signal indicates a fault condition of the first avionics unit to the one or more other avionics units; and a processor arranged, when the fault condition of the first avionics unit is not present, to modulate an output at the communication interface to provide a modulated signal such that a characteristic of the modulated signal indicates a characteristic of a present state of the first avionics unit with respect to the fault condition, the modulated signal comprising the first signal state and a second signal state, different from the first signal state, wherein, in the modulated signal, the first signal state has a duration less than the predetermined time. a communications interface arranged to interface with one or more other avionics units, the communication interface being arranged to transmit a discrete signal having a first signal state to the one or more other avionics units, wherein, if the discrete signal has the first signal state for a predetermined time, the discrete signal indicates a fault condition of the first avionics unit to the one or more other avionics units; and a processor arranged, when the fault condition of the first avionics unit is not present, to modulate an output at the communication interface to provide a modulated signal such that a characteristic of the modulated signal indicates a characteristic of a present state of the first avionics unit with respect to the fault condition, the modulated signal comprising the first signal state and a second signal state, different from the first signal state, wherein, in the modulated signal, the first signal state has a duration less than the predetermined time.
An apparel belt and buckle apparatus, comprising; a belt having a first end and a second end; the buckle being attached to one of the two ends of the belt, the buckle removably attaching to the other of the two ends of the belt; a belt overlap having a first side and a second side; the belt and buckle apparatus being characterized in that: the belt overlap extends through the buckle so that at least one of the first side and the second side cover openings formed in at least one of the first end and the second end of the belt, the belt overlap provides a symmetrical appearance when it is worn by a user. a belt having a first end and a second end; the buckle being attached to one of the two ends of the belt, the buckle removably attaching to the other of the two ends of the belt; a belt overlap having a first side and a second side; the belt and buckle apparatus being characterized in that: the belt overlap extends through the buckle so that at least one of the first side and the second side cover openings formed in at least one of the first end and the second end of the belt, the belt overlap provides a symmetrical appearance when it is worn by a user.
A compound of formula (Ia), or a pharmaceutically acceptable salt thereof: wherein R' is an alkyl-amino moiety comprising a tertiary alkyl-substituted amine having a pKa of 9.5 or greater.
Tool for consolidating or polymerizing a reinforced panel comprising a panel and reinforcers attached to an internal face (32.1) of the panel and parallel to one another, at least one of the reinforcers having at least one chamfered end edge face (40.1, 40.2), the reinforced panel being obtained from fibre preforms each having at least a base and at least one flange (46, 48) having end edge faces (52.1, 52.2), the end edge faces (52.1, 52.2) of the flanges (46, 48) of the fibre preforms corresponding to the chamfered end edge face (40.1, 40.2) of the reinforcer being chamfered prior to a step of consolidating or polymerizing the reinforced panel, the tool comprising a first mould for each fibre preform, an insert for each chamfered end edge face (40.1, 40.2) of the reinforcers and against which insert the chamfered end edge faces (52.1, 52.2) of the flanges (46, 48) of two fibre preforms that are pressed against one another to form the reinforcer are pressed during operation, the tool being characterized by at least one retaining and positioning element that joins the inserts together.
Hydraulic steering system having a steering device and a steering motor, said steering device comprising a supply port arrangement having a high pressure port and a low pressure port, a working port arrangement having two working ports (L, R), a control valve, two working lines (18, 19) each connecting said control valve with one of said working ports (L, R), and a measuring motor, said measuring motor being arranged in one of said working lines (18, 19), characterized in that the steering motor is a symmetrically acting steering motor and said high pressure port and said low pressure port are connected by means of a port check valve opening from said low pressure port to said high pressure port, wherein releasable blocking means are located between said low pressure port and a tank.
A printer, comprising: a platen roller configured to feed a print medium; a print head configured to print on the print medium fed by the platen roller; a connector; and a controller configured to stop power supply to the print head via the connector when the platen roller and the print head are separated; characterized in that the printer further comprises a rotatable head cover of the print head and a moving mechanism (21b, 23), the moving mechanism (21b, 23) being configured to move the connector in the direction closer to the print head and configured to move in the direction away from the print head as the head cover rotates, so that the connector is attachable and detachable with respect to the print head. a platen roller configured to feed a print medium; a print head configured to print on the print medium fed by the platen roller; a connector; and a controller configured to stop power supply to the print head via the connector when the platen roller and the print head are separated; characterized in that the printer further comprises a rotatable head cover of the print head and a moving mechanism (21b, 23), the moving mechanism (21b, 23) being configured to move the connector in the direction closer to the print head and configured to move in the direction away from the print head as the head cover rotates, so that the connector is attachable and detachable with respect to the print head.
An antibody that neutralizes human NKG2A for use in treating a cancer in a human patient, the treatment comprising administering to the patient an effective amount of each of: (a) an antibody that neutralizes human NKG2A, and (b) an antibody that neutralizes human PD-L1.
A winding apparatus for winding wires around rotating winding tools, comprising: a plurality of rotatable winding tool holders respectively pivotally supported on a base, the winding tools being mountable on the winding tool holders; a plurality of rotational drive sources respectively independently coupled to the plurality of winding tool holders; a plurality of nozzle means arranged such that tip parts are facing the winding tools, the nozzle means supplying the wires to the winding tools; a nozzle position adjustment means for moving the tip parts of the plurality of nozzle means; and a control means for controlling the plurality of rotational drive sources, wherein: the control means includes: a plurality of electrical control devices respectively connected to at least one of the rotational drive sources, the electrical control devices driving the rotational drive sources in accordance with control programs; a storage device storing a plurality of the control programs; and a selection circuit for providing the plurality of control programs stored in the storage device to the plurality of electrical control devices, characterized in that the selection circuit is configured to be able to provide different ones of the control programs to different ones of the electrical control devices. a plurality of rotatable winding tool holders respectively pivotally supported on a base, the winding tools being mountable on the winding tool holders; a plurality of rotational drive sources respectively independently coupled to the plurality of winding tool holders; a plurality of nozzle means arranged such that tip parts are facing the winding tools, the nozzle means supplying the wires to the winding tools; a nozzle position adjustment means for moving the tip parts of the plurality of nozzle means; and a control means for controlling the plurality of rotational drive sources, wherein: the control means includes: a plurality of electrical control devices respectively connected to at least one of the rotational drive sources, the electrical control devices driving the rotational drive sources in accordance with control programs; a storage device storing a plurality of the control programs; and a selection circuit for providing the plurality of control programs stored in the storage device to the plurality of electrical control devices, characterized in that the selection circuit is configured to be able to provide different ones of the control programs to different ones of the electrical control devices. a plurality of electrical control devices respectively connected to at least one of the rotational drive sources, the electrical control devices driving the rotational drive sources in accordance with control programs; a storage device storing a plurality of the control programs; and a selection circuit for providing the plurality of control programs stored in the storage device to the plurality of electrical control devices, characterized in that the selection circuit is configured to be able to provide different ones of the control programs to different ones of the electrical control devices.
Electric heater for an automobile vehicle, comprising at least one heating element and at least one circuit board, with the circuit board being connected to a control unit and/or to a power supply and having at least one contact area through which an electrical connection between a heating element and a control unit and/or a power supply can be realized, the heating element possessing at least one PTC-heating element, with the heating element being connected to the circuit board with at least one first connecting element (5, 11), wherein the first connecting element features a multitude of protruding elements and the contact area offering a multitude of through holes which are arranged in either a regular pattern or an irregular pattern, with the protruding elements each being insertable into one of the through holes of the contact area, with the quantity of protruding elements being less or equal or superior to the quantity of through holes, whereby the first connecting element is plate-shaped with two laminar surfaces that are arranged opposed to each other, characterized in that the protruding elements are arranged on one of the laminar surfaces of the first connecting element.
Vehicle pneumatic tyre having a tread, an at least two-ply belt assembly, if appropriate a belt bandage preferably implemented as a wound bandage, further having at least one electrically conductive element that is arranged in the tread, passes through the latter and extends as far as the tread outer surface, wherein at least one electrically conductive side wall passage that is connected to the rim is provided, wherein electrically conductive material (11, 12) that is in contact with the belt assembly connects the electrically conductive element to the electrically conductive side wall passage, wherein the belt plies (2a, 2b) and the belt bandage have electrically nonconductive rubber coatings, and wherein the electrically conductive material (11, 12) forms at least one local electrically conductive passage running in the axial direction and limited in the circumferential direction between the electrically conductive element and the electrically conductive side wall passage, characterized in that the electrically conductive material (11, 12) is led through two adjacent windings of the belt bandage and otherwise runs on the radially outermost belt ply.
A spot welded joint comprising superposed and spot welded steel sheets (21a, 21b), the steel sheets (21a, 21b) having a tensile strength between 750 and 2500 MPa, characterised in that the spot welded joint comprises 375 or more crystal grains of solidified structures in a 0.5 mm×0.5 mm region of a nugget end, wherein the solidified structure is a structure formed as a single crystal grain in the solidification process.
A battery unit a plurality of battery modules each comprising an assembled battery including a plurality of battery cells and an assembled battery monitoring device configured to detect the temperature and voltage of each battery cell; a battery management device configured to communicate with the battery modules; a fist drawer holding the battery module; a second drawer holding the battery management device; and a housing containing the first drawer and the second drawer, wherein the first drawer and the second drawer comprise first composite connectors secure to a side of the first drawer and the second drawer, which side is almost orthogonal to a direction in which to insert the drawers (100, 110) into the housing, characterized in that the housing has second composite connectors which connect to the first composite connectors when the first drawer and the second drawer are inserted into the housing, a cable which connects the second composite connectors so as to establish a communication line between the assembled battery monitoring device and the battery management device, and connection bars, intersect with the cable, which connects the second composite connectors so as to establish a main-circuit line between the assembled batteries of the battery modules each first composite connector comprises an anode terminal electrically connected to the anode of the assembled battery, a cathode terminal electrically connected the cathode of the assembled battery, and a first connector (CN1, CN2) connected to the assembled battery monitoring device, each second composite connector comprises an anode connecting part connected to the anode terminal, a cathode connecting part connected to the cathode terminal, and a second connector (CN3, CN4) connected to the first connector (CN1, CN2), and the second connectors (CN3, CN4) are arranged between the anode connecting part and the cathode connecting part.