mhurhangee/ep-ind-claims huggingface dataset:
A noninvasive optical sensor having a reusable portion and a disposable portion and being capable of outputting a signal indicative of light attenuated by body tissue usable to determine one or more physiological characteristics of the body tissue, the optical sensor comprising: a reusable component including at least one energy emitter and a detector capable of detecting energy attenuated by body tissue and capable of outputting a signal usable to determine one or more physiological characteristics of the body tissue, wherein i) the at least one energy emitter is housed in a first casing and the detector is housed in a second casing, or ii) the at least one energy emitter is housed in the second casing and the detector is housed in the first casing, and said first and second casings (208, 210) are connected by a flexible connector and the first casing has a pair of tabs; and a disposable component including a first clip mechanically matable with the first casing and a second clip mechanically matable with the second casing, wherein the second clip mechanically mates in a substantially fixed manner with respect to the second casing characterized in that the first clip has a pair of vertical slots and a pair of horizontal grooves, wherein application of the disposable component to the body tissue moves the pair of tabs away from the pair of vertical slots and along the pair of horizontal grooves so that the pair of tabs are at least substantially vertically fixed by the pair of horizontal grooves. a reusable component including at least one energy emitter and a detector capable of detecting energy attenuated by body tissue and capable of outputting a signal usable to determine one or more physiological characteristics of the body tissue, wherein i) the at least one energy emitter is housed in a first casing and the detector is housed in a second casing, or ii) the at least one energy emitter is housed in the second casing and the detector is housed in the first casing, and i) the at least one energy emitter is housed in a first casing and the detector is housed in a second casing, or ii) the at least one energy emitter is housed in the second casing and the detector is housed in the first casing, and said first and second casings (208, 210) are connected by a flexible connector and the first casing has a pair of tabs; and a disposable component including a first clip mechanically matable with the first casing and a second clip mechanically matable with the second casing, wherein the second clip mechanically mates in a substantially fixed manner with respect to the second casing characterized in that the first clip has a pair of vertical slots and a pair of horizontal grooves, wherein application of the disposable component to the body tissue moves the pair of tabs away from the pair of vertical slots and along the pair of horizontal grooves so that the pair of tabs are at least substantially vertically fixed by the pair of horizontal grooves.
A stationary sleeve for a balance drum arrangement (15, 23) in a turbomachine, said stationary sleeve having an inner surface configured for surrounding a balance drum arranged therein and comprising a plurality of adjacent sleeve sections (231, 232, 233, 234), wherein between at least one pair of sequentially arranged upstream sleeve section and downstream sleeve section an annular chamber (43; 57) is provided, open towards the inner surface of the sleeve; and wherein shunt holes (37; 55) are arranged on the upstream sleeve section, each shunt hole having a shunt hole inlet (37A; 55A) on an inner surface portion (231S; 232S; 233S) of the upstream sleeve section, and a shunt hole outlet (37B; 55B) in the annular chamber (43; 57); characterized in that the annular chamber (43; 57) is fluidly coupled to the fluid channel by means of a circular slot, wherein said fluid channel is defined by an outer surface of the balance drum and the inner surface of the stationary sleeve, and wherein swirl brakes are located along the circular slot.
Use of a grease composition in lubricating a mechanical part having a steel portion to be lubricated, the portion of which performs a rolling motion and a rolling and sliding motion, wherein the grease composition comprises a base oil, a thickener and an additive; wherein the base oil is selected from the group consisting of a mineral oil, a synthetic hydrocarbon oil, an ester oil and a mixture thereof; and the base oil has a kinematic viscosity at 40°C of 10 to 200 mm 2 /s; wherein the thickener is a diurea compound represented by formula: R1-NHCONH-R2-NHCONH-R3 wherein R2 is a bivalent aromatic hydrocarbon group having 6 to 15 carbon atoms; and R1 and R3, which may be the same or different from each other, each represent an alkyl group having 6 to 30 carbon atoms, an aryl group having 6 or 7 carbon atoms, or cyclohexyl group, when one of R1 or R3 represents cyclohexyl group, the other represents an alkyl group having 6 to 30 carbon atoms, the molar ratio of the cyclohexyl group to the alkyl group being 20:80 to 95:5; wherein the additive is selected from the group consisting of polyethylene wax having a weight-average molecular weight of 4,000 to 20,000 and polypropylene wax having a weight-average molecular weight of 1,000 to 20,000. wherein the grease composition comprises a base oil, a thickener and an additive; wherein the base oil is selected from the group consisting of a mineral oil, a synthetic hydrocarbon oil, an ester oil and a mixture thereof; and the base oil has a kinematic viscosity at 40°C of 10 to 200 mm 2 /s; wherein the thickener is a diurea compound represented by formula: R1-NHCONH-R2-NHCONH-R3 wherein R2 is a bivalent aromatic hydrocarbon group having 6 to 15 carbon atoms; and R1 and R3, which may be the same or different from each other, each represent an alkyl group having 6 to 30 carbon atoms, an aryl group having 6 or 7 carbon atoms, or cyclohexyl group, when one of R1 or R3 represents cyclohexyl group, the other represents an alkyl group having 6 to 30 carbon atoms, the molar ratio of the cyclohexyl group to the alkyl group being 20:80 to 95:5; wherein the additive is selected from the group consisting of polyethylene wax having a weight-average molecular weight of 4,000 to 20,000 and polypropylene wax having a weight-average molecular weight of 1,000 to 20,000.
An apparatus (202, 606, 706, 804) for use in a small cell network, the apparatus comprising a processor, a memory, and communication circuitry, the apparatus being connected to a local network via its communication circuitry for traffic offloading at the local network, the apparatus further comprising computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to operate to: receive an authorization to send notifications and information related to a user equipment "UE" (206, 602, 710, 1002), to a plurality of nodes (603, 701, 703, 708, 1004) within the local network; receive a request that a first node (603, 701, 703, 708, 1004) of the plurality of nodes be notified when the UE connects to the local network, the UE being capable of connecting to the local network via a local network anchor; and based on the authorization and the request, send a notification to the first node when the UE attaches to the local network. receive an authorization to send notifications and information related to a user equipment "UE" (206, 602, 710, 1002), to a plurality of nodes (603, 701, 703, 708, 1004) within the local network; receive a request that a first node (603, 701, 703, 708, 1004) of the plurality of nodes be notified when the UE connects to the local network, the UE being capable of connecting to the local network via a local network anchor; and based on the authorization and the request, send a notification to the first node when the UE attaches to the local network.
A hybrid pixel (200; 300; 500) for an image sensor, comprising: a first resistive microbolometer sensor portion that outputs a first signal corresponding to a first infrared, IR, image sensed by the first resistive microbolometer sensor portion; a first visible image sensor portion that outputs a second signal corresponding to a first visible image sensed by the first visible image sensor portion; and a first output path that is shared by the first resistive microbolometer sensor portion and the first visible image sensor portion, the first output path being controlled to selectively output the first signal corresponding to the first IR image, the second signal corresponding to the first visible image, or a fused image based on the first IR image and the first visible image, wherein the hybrid pixel (200; 300; 500) further comprises a capacitor C b configured to change a discharge time, wherein the first signal is a function of the time constant formed by the capacitor C b and the first resistive microbolometer sensor portion, and wherein the first resistive microbolometer sensor portion uses no DC biasing. a first resistive microbolometer sensor portion that outputs a first signal corresponding to a first infrared, IR, image sensed by the first resistive microbolometer sensor portion; a first visible image sensor portion that outputs a second signal corresponding to a first visible image sensed by the first visible image sensor portion; and a first output path that is shared by the first resistive microbolometer sensor portion and the first visible image sensor portion, the first output path being controlled to selectively output the first signal corresponding to the first IR image, the second signal corresponding to the first visible image, or a fused image based on the first IR image and the first visible image, wherein the hybrid pixel (200; 300; 500) further comprises a capacitor C b configured to change a discharge time, wherein the first signal is a function of the time constant formed by the capacitor C b and the first resistive microbolometer sensor portion, and wherein the first resistive microbolometer sensor portion uses no DC biasing.
A method for predicting the pH error during mixing in a mixing system of an aqueous buffer comprising at least one weak acid species and/or at least one weak base species, said method comprising the steps of: a) selecting a start composition of the buffer, optionally comprising amounts and/or concentrations for all buffer components, giving start values for pH and/or buffer concentration; b) calculating the concentrations of all significant ionic species present in the buffer at a specified pH value from the total composition of the buffer and available dissociation constants; c) calculating the contribution of each of said significant ionic species to a total pH variance from the specified pH value, the buffer concentration, the calculated concentrations of the significant ionic species and variances in amounts of buffer components, and; d) calculating the pH variance. e) setting the pH variance or the square root of the pH variance as the pH error. a) selecting a start composition of the buffer, optionally comprising amounts and/or concentrations for all buffer components, giving start values for pH and/or buffer concentration; b) calculating the concentrations of all significant ionic species present in the buffer at a specified pH value from the total composition of the buffer and available dissociation constants; c) calculating the contribution of each of said significant ionic species to a total pH variance from the specified pH value, the buffer concentration, the calculated concentrations of the significant ionic species and variances in amounts of buffer components, and; d) calculating the pH variance. e) setting the pH variance or the square root of the pH variance as the pH error.
An industrial truck with a stand, which comprises a standing platform, a backrest and a command element arranged opposite to the latter, wherein the backrest comprises a forearm support and at least one handle, characterised in that the handle is provided eccentrically to the backrest and arranged with respect to the forearm support such that when the forearm rests on the forearm support, the handle can be grasped by an forceful grip in which the thumb is opposite to the palm of the hand.
A circuit for canonical and adiabatic, i.e. soft-charging, conversion of DC voltage, comprising a switched capacitor circuit with n transfer modules and a variable conversion gain, hereinafter called an SC canonical circuit, each transfer module being constructed of a single electrical capacitor and three electronic switches, and a final module, comprising a single electronic switch, wherein from the SC canonical circuit there being extracted equivalent terminals tt = { t 0, t 1,..., t n +1}, where terminals tt = { t 0, t 1,..., t n +1} are connected to either the input V in, the output V out or the ground of the circuit for canonical and adiabatic conversion of DC voltage through a corresponding Single-Pole Triple-Throw switch of the n + 2 switches contained in a Single-Pole Triple-Throw switch Gear box, wherein the electronic switches are controlled with an electronic clock, and the output of the circuit for canonical and adiabatic conversion of DC voltage is connected, through a capacitor C out, to the ground, characterised in that an inductor preserving the continuity of current flow is connected to the outer terminal (t 0) of the SC canonical circuit and the first Single-Pole Triple-Throw switch of the Single-Pole Triple-Throw switch Gear box, and in that the electrical capacitors of the SC canonical circuit have identical electric capacitances, and in that the value of the clock duty ratio depends on the number of transfer modules and topology of the canonical circuit.
A packaging material comprising a core material layer having an area radially extending from an edge of a hole in said core material layer, wherein the core material layer is made from paper, paperboard or cardboard, characterized in that said area has a linearly or non-linearly decreasing core material layer thickness profile towards the edge of the hole.
A combination therapy comprising: (a) a topical composition comprising bimatoprost and progesterone; and (b) an enteric composition comprising minoxidil, L-citrulline, grape seed extract and zinc, for use in treating hair loss. (a) a topical composition comprising bimatoprost and progesterone; and (b) an enteric composition comprising minoxidil, L-citrulline, grape seed extract and zinc,
An apparatus to detect gamma rays, comprising: a scintillator, a position sensitive photo sensor and at least one scintillation-light-incidence-angle-constraining, SLIAC, element, being one of a concentrator or a faceplate, wherein the scintillator has a plurality of faces (LF,TF,BF); and wherein the position sensitive photo sensor is arranged to detect scintillation photons exiting a scintillation photons transparent face of the scintillator, and wherein the scintillation-light-incidence-angle-constraining, SLIAC, element is optically coupled between a scintillation photons transparent face of the scintillator and the position sensitive photo sensor and the scintillation-light-incidence-angle-constraining, SLIAC, element is configured to guide the scintillation photons exiting the scintillator towards the position sensitive photo sensor, characterized in that at least a portion or the whole of at least one scintillator face is covered with an absorbing layer, which is arranged to absorb scintillation photons created by scintillation events due to the interaction of incoming gamma rays with the scintillator, and in that the scintillation-light-incidence-angle-constraining, SLIAC, element restricts the maximum allowed half light acceptance angle (Θ 1) for the scintillation light hitting the position sensitive photo sensor to less than 45°. a scintillator, a position sensitive photo sensor and at least one scintillation-light-incidence-angle-constraining, SLIAC, element, being one of a concentrator or a faceplate, wherein the scintillator has a plurality of faces (LF,TF,BF); and wherein the position sensitive photo sensor is arranged to detect scintillation photons exiting a scintillation photons transparent face of the scintillator, and wherein the scintillation-light-incidence-angle-constraining, SLIAC, element is optically coupled between a scintillation photons transparent face of the scintillator and the position sensitive photo sensor and the scintillation-light-incidence-angle-constraining, SLIAC, element is configured to guide the scintillation photons exiting the scintillator towards the position sensitive photo sensor, characterized in that at least a portion or the whole of at least one scintillator face is covered with an absorbing layer, which is arranged to absorb scintillation photons created by scintillation events due to the interaction of incoming gamma rays with the scintillator, and in that the scintillation-light-incidence-angle-constraining, SLIAC, element restricts the maximum allowed half light acceptance angle (Θ 1) for the scintillation light hitting the position sensitive photo sensor to less than 45°.
A glenoid system, comprising: a baseplate configured to attach to a glenoid cavity of a patient, the baseplate defining a lateral-facing surface extending from a superior end of the baseplate to an inferior end of the baseplate, the lateral-facing surface facing laterally when the baseplate is attached to the glenoid cavity, the baseplate defining a superior hole through the lateral-facing surface proximate the superior end of the baseplate, the baseplate defining an inferior hole through the lateral-facing surface proximate the inferior end of the baseplate, the baseplate defining a circumferential edge around at least a portion of the lateral-facing surface, the circumferential edge defining a circumferential groove therein; and a biocompatible plastic liner shaped to snap into the circumferential groove of the baseplate and thereby attach to the baseplate, the biocompatible plastic liner including a flexible raised lip around at least a portion of its circumference, the glenoid system characterized in the biocompatible plastic liner at least partially covering the lateral-facing surface of the baseplate when attached to the baseplate, and the flexible raised lip being configured to deflect radially outward, engage the circumferential groove, and retract radially into the circumferential groove when the biocompatible plastic liner is forced against the baseplate. a baseplate configured to attach to a glenoid cavity of a patient, the baseplate defining a lateral-facing surface extending from a superior end of the baseplate to an inferior end of the baseplate, the lateral-facing surface facing laterally when the baseplate is attached to the glenoid cavity, the baseplate defining a superior hole through the lateral-facing surface proximate the superior end of the baseplate, the baseplate defining an inferior hole through the lateral-facing surface proximate the inferior end of the baseplate, the baseplate defining a circumferential edge around at least a portion of the lateral-facing surface, the circumferential edge defining a circumferential groove therein; and a biocompatible plastic liner shaped to snap into the circumferential groove of the baseplate and thereby attach to the baseplate, the biocompatible plastic liner including a flexible raised lip around at least a portion of its circumference, the glenoid system characterized in the biocompatible plastic liner at least partially covering the lateral-facing surface of the baseplate when attached to the baseplate, and the flexible raised lip being configured to deflect radially outward, engage the circumferential groove, and retract radially into the circumferential groove when the biocompatible plastic liner is forced against the baseplate.
An illuminator, comprising: a spatial light modulator including an array of elements each adapted to selectively: - transmit incoming light without altering the direction of the light, or - alter the direction of incoming light; a lamp arranged to illuminate said modulator; a light directing lens for directing unaltered light from said modulator onto an illumination surface; and means (22, 42) for forwarding all light altered in direction by said modulator towards the illumination surface, wherein said forwarding means comprises a segmented lens, and wherein said light directing lens is formed by a central portion of the segmented lens, and wherein a peripheral portion of the segmented lens is arranged for directing altered light from said modulator onto the illumination surface, wherein the central portion has a different focal length and/or optical axis than the peripheral portion. a spatial light modulator including an array of elements each adapted to selectively: - transmit incoming light without altering the direction of the light, or - alter the direction of incoming light; - transmit incoming light without altering the direction of the light, or - alter the direction of incoming light; a lamp arranged to illuminate said modulator; a light directing lens for directing unaltered light from said modulator onto an illumination surface; and means (22, 42) for forwarding all light altered in direction by said modulator towards the illumination surface, wherein said forwarding means comprises a segmented lens, and wherein said light directing lens is formed by a central portion of the segmented lens, and wherein a peripheral portion of the segmented lens is arranged for directing altered light from said modulator onto the illumination surface, wherein the central portion has a different focal length and/or optical axis than the peripheral portion.
A method of detecting an abnormal operation in any of a plurality of machine tools, each machine tool being configured to perform cutting work on a material, wherein when a torque or speed of a drive motor exceeds a normal operating range in any of the plurality of machine tools and/or when moving positions of a constituent portion and of the material in reciprocating movement or rotational movement relative to the machine tool operated by the drive motor exceed a predetermined normal operating region range, the machine tool breaking out an operation abnormality is identified by projecting reflected light onto a camera photographing each machine tool by moving a reflecting display plate provided for each machine tool to a position where the reflecting display plate can reflect illumination light in a plant, and by monitoring the image associated with said projection.
Method for actuating a points position and orientation signalling system assigned to a set of points, wherein - an operator action is detected by means of an operating device and - illumination elements of at least one signal generator of the points position and orientation signalling system are activated in response to the detection of the operating action such that, by means of the illumination elements status information related to a set of points is displayed in the form of at least one number, at least one letter and/or at least one other symbol. - an operator action is detected by means of an operating device and - illumination elements of at least one signal generator of the points position and orientation signalling system are activated in response to the detection of the operating action such that, by means of the illumination elements status information related to a set of points is displayed in the form of at least one number, at least one letter and/or at least one other symbol.