mhurhangee/ep-ind-claims huggingface dataset:
A fluid dispensing system comprising: (a) a container; (b) a skirt connected to the container; (c) a discharge conduit; (d) a valve in the discharge conduit; characterised by (e) a grip body connected to the discharge conduit and moveable between a retracted, inoperable position and an extended operable position, wherein the grip body includes a trigger movable between a retracted position and an actuating position and operable to actuate the valve to dispose the valve in a flow position when the grip body is in the extended operable position, and wherein when the grip body is disposed in the retracted, inoperable position the trigger is not aligned with the valve, and when the grip body is disposed in the extended operable position the trigger is operably aligned with the valve; and (f) a coupler module connected to the skirt, the coupler module including a mating surface for releasably retaining the grip body, wherein the mating surface is configured to provide the engagement of the grip body only when the grip body is in the retracted, inoperable position as well as preclude movement of the grip body relative to the discharge conduit. (a) a container; (b) a skirt connected to the container; (c) a discharge conduit; (d) a valve in the discharge conduit; characterised by (e) a grip body connected to the discharge conduit and moveable between a retracted, inoperable position and an extended operable position, wherein the grip body includes a trigger movable between a retracted position and an actuating position and operable to actuate the valve to dispose the valve in a flow position when the grip body is in the extended operable position, and wherein when the grip body is disposed in the retracted, inoperable position the trigger is not aligned with the valve, and when the grip body is disposed in the extended operable position the trigger is operably aligned with the valve; and (f) a coupler module connected to the skirt, the coupler module including a mating surface for releasably retaining the grip body, wherein the mating surface is configured to provide the engagement of the grip body only when the grip body is in the retracted, inoperable position as well as preclude movement of the grip body relative to the discharge conduit.
An apparatus for wirelessly transferring charging power, comprising: a first coil (402, 602, 902, 1304) having a first winding path; a second coil (404,604, 904,1306) having a second winding path; and a holder (410,610, 910,1302) configured to hold the first coil and the second coil in a predetermined winding pattern, wherein each of the first winding path and the second winding path comprise a plurality of successive winding groups and, wherein each of the successive winding groups of the first winding path is disposed along an outer perimeter of an immediately previous winding group and each of the successive winding groups of the second winding path is disposed along an inner perimeter of an immediately previous winding group, and characterized in that in each of the plurality of successive winding groups, at least a portion of each winding of consecutive windings is disposed on top of an immediately previous winding on the holder for a predetermined number of windings. a first coil (402, 602, 902, 1304) having a first winding path; a second coil (404,604, 904,1306) having a second winding path; and a holder (410,610, 910,1302) configured to hold the first coil and the second coil in a predetermined winding pattern, wherein each of the first winding path and the second winding path comprise a plurality of successive winding groups and, wherein each of the successive winding groups of the first winding path is disposed along an outer perimeter of an immediately previous winding group and each of the successive winding groups of the second winding path is disposed along an inner perimeter of an immediately previous winding group, and characterized in that in each of the plurality of successive winding groups, at least a portion of each winding of consecutive windings is disposed on top of an immediately previous winding on the holder for a predetermined number of windings.
A method performed by a network node for transmitting a cell identifier to identify a source for one or more beamed transmissions, the method comprising: determining a cell identifier of the network node; determining a beam identifier of a beam of the network node; linking the cell identifier and the beam identifier by transmitting the beam identifier and the cell identifier to one or more user equipment, wherein the cell identifier is transmitted with one or more resource elements with a demodulation reference signal, the demodulation reference signal comprising a sequence derived as a function of the beam identifier. determining a cell identifier of the network node; determining a beam identifier of a beam of the network node; linking the cell identifier and the beam identifier by transmitting the beam identifier and the cell identifier to one or more user equipment, wherein the cell identifier is transmitted with one or more resource elements with a demodulation reference signal, the demodulation reference signal comprising a sequence derived as a function of the beam identifier.
A computer-readable storage medium comprising instructions which, when executed by a computer of a teleoperational medical system including a medical instrument (104, 200, 410, 502, 602, 702), perform a method comprising: receiving an input instruction from an operator input device movement; determining a measured factor within a patient anatomy or in an operator frame; determining a first motion scaling parameter based on the measured factor, wherein a value of the first motion scaling parameter is based on a value of the measured factor; mapping the input instruction to an output instruction for a medical instrument movement within an anatomical frame, wherein the mapping includes applying the first motion scaling parameter to the input instruction to create the output instruction; moving the medical instrument according to the output instruction; and determining a second motion scaling parameter based on a change in the value of the measured factor, wherein the second motion scaling parameter is different from the first motion scaling parameter. receiving an input instruction from an operator input device movement; determining a measured factor within a patient anatomy or in an operator frame; determining a first motion scaling parameter based on the measured factor, wherein a value of the first motion scaling parameter is based on a value of the measured factor; mapping the input instruction to an output instruction for a medical instrument movement within an anatomical frame, wherein the mapping includes applying the first motion scaling parameter to the input instruction to create the output instruction; moving the medical instrument according to the output instruction; and determining a second motion scaling parameter based on a change in the value of the measured factor, wherein the second motion scaling parameter is different from the first motion scaling parameter.
A switch unit comprising: a case that comprises an opening and a switch; two terminals (4a and 4b) that partially project to an outside of the case from the opening; a gasket configured to seal the opening, the gasket comprising two through-holes (8a and 8b) through which the terminals (4a and 4b) extend; a base member; and a pressing member that is arranged between the terminals (4a and 4b), wherein the gasket is in close contact with the terminals (4a and 4b) at the through-holes (8a and 8b), a region between the through-holes (8a and 8b) of the gasket is pressed while nipped between the pressing member and the base member,, and a surrounding region in the gasket is pressed while nipped between an inside surface of the case and the base member, characterised in that the case is constructed by a combination of two casing members (2a and 2b), and the opening is formed between the casing members (2a and 2b), wherein a terminal unit is an assembly comprising the two terminals (4a and 4b), the gasket, the base member, and the pressing member, the gasket has a plate-like shape, and the terminal unit is assembled in the casing members (2a and 2b) by sliding the terminal unit in parallel with a planar surface of the gasket. a case that comprises an opening and a switch; two terminals (4a and 4b) that partially project to an outside of the case from the opening; a gasket configured to seal the opening, the gasket comprising two through-holes (8a and 8b) through which the terminals (4a and 4b) extend; a base member; and a pressing member that is arranged between the terminals (4a and 4b), wherein the gasket is in close contact with the terminals (4a and 4b) at the through-holes (8a and 8b), a region between the through-holes (8a and 8b) of the gasket is pressed while nipped between the pressing member and the base member,, and a surrounding region in the gasket is pressed while nipped between an inside surface of the case and the base member, characterised in that the case is constructed by a combination of two casing members (2a and 2b), and the opening is formed between the casing members (2a and 2b), wherein a terminal unit is an assembly comprising the two terminals (4a and 4b), the gasket, the base member, and the pressing member, the gasket has a plate-like shape, and the terminal unit is assembled in the casing members (2a and 2b) by sliding the terminal unit in parallel with a planar surface of the gasket.
An apparatus to provide welding type power, comprising: an input circuit configured to receive an AC input voltage having a first magnitude within a range of AC input voltages, and to generate a first DC voltage; a boost converter configured to receive the first DC voltage and output a second DC voltage having a fixed magnitude that is not dependent upon the first magnitude of the AC input voltage; an output circuit (108, 110) configured to receive the second DC voltage and convert the second DC voltage into welding type power; a control DC-DC converter configured to receive the first DC voltage and output a control power signal as a third DC voltage; a boost converter control component configured to receive the control power signal and generate a control signal to control operation of the boost converter; and an auxiliary AC power source configured to receive the second DC voltage from the boost converter and to generate an AC auxiliary output voltage. an input circuit configured to receive an AC input voltage having a first magnitude within a range of AC input voltages, and to generate a first DC voltage; a boost converter configured to receive the first DC voltage and output a second DC voltage having a fixed magnitude that is not dependent upon the first magnitude of the AC input voltage; an output circuit (108, 110) configured to receive the second DC voltage and convert the second DC voltage into welding type power; a control DC-DC converter configured to receive the first DC voltage and output a control power signal as a third DC voltage; a boost converter control component configured to receive the control power signal and generate a control signal to control operation of the boost converter; and an auxiliary AC power source configured to receive the second DC voltage from the boost converter and to generate an AC auxiliary output voltage.
A depth gauge device, comprising: a body extending a central longitudinal axis and including a channel and a light-passing hole, the light passing hole open to the channel; a light source mounted in the body for generating a first light beam, the first light beam passing through the light-passing hole toward a surface of a drill-bit extending through the channel, the first light beam forming an incident light beam when reflected away from the drill-bit surface; an image sensor mounted in the body for sensing the incident light beam and for generating a plurality of successive images of the drill-bit surface to detect variations in the position of the drill-bit moving through the channel; and a clamp coupled to the body, the clamp including a plurality of adjustable arms configured to clamp the device to a protection sleeve. a body extending a central longitudinal axis and including a channel and a light-passing hole, the light passing hole open to the channel; a light source mounted in the body for generating a first light beam, the first light beam passing through the light-passing hole toward a surface of a drill-bit extending through the channel, the first light beam forming an incident light beam when reflected away from the drill-bit surface; an image sensor mounted in the body for sensing the incident light beam and for generating a plurality of successive images of the drill-bit surface to detect variations in the position of the drill-bit moving through the channel; and a clamp coupled to the body, the clamp including a plurality of adjustable arms configured to clamp the device to a protection sleeve.
A short fiber treatment agent composition for fibers having a length of 100mm or shorter, comprising: a fatty acid derivative; at least one selected from fatty acids and oils and fats; a polyhydric alcohol excluding polyoxyethylene polyoxypropylene glycol that includes 20 oxyethylene units and 30 oxypropylene units, and at least one lubricant selected from a hydrocarbon compound, an ester excluding the oils and fats, and a silicone, wherein the fatty acid derivative is a compound obtained by adding an alkylene oxide, at a ratio of 0.1 to 30 mol, to 1 mol of a fatty acid having 12 to 24 carbon atoms, the fatty acids have 12 to 24 carbon atoms, the oils and fats are at least one selected from vegetable oils, animal oils, and hardened oils thereof, and the polyhydric alcohol has 2 to 6 hydroxy groups in the molecule. a fatty acid derivative; at least one selected from fatty acids and oils and fats; a polyhydric alcohol excluding polyoxyethylene polyoxypropylene glycol that includes 20 oxyethylene units and 30 oxypropylene units, and at least one lubricant selected from a hydrocarbon compound, an ester excluding the oils and fats, and a silicone, wherein the fatty acid derivative is a compound obtained by adding an alkylene oxide, at a ratio of 0.1 to 30 mol, to 1 mol of a fatty acid having 12 to 24 carbon atoms, the fatty acids have 12 to 24 carbon atoms, the oils and fats are at least one selected from vegetable oils, animal oils, and hardened oils thereof, and the polyhydric alcohol has 2 to 6 hydroxy groups in the molecule.
A method of assessing a sensory nervous system of a subject, comprising: simultaneously presenting respective sequences of stimuli to two or more parts of the sensory nervous system using a stimulator, varying using a processor each sequence over time between a null stimulus and one or more less frequent non-stimuli with the probability of a single non-null stimulus occurring of P, measuring, using a monitor, each of one or more simultaneous responses by the subject to the sequences of stimuli, and determining using said processor weight functions from the simultaneous responses for assessment of the sensory nervous system; wherein said stimuli are spatially sparse stimuli; and in said simultaneously presenting step, the parts are a tessellation or contiguous array of adjacent neighbouring parts of said sensory nervous system that together are defined on dimensions of the sensory nervous system as having extended borders and corners defined by their tessellation; characterised by the step of: controlling using said processor, the variation of each sequence of non-null stimuli so that there is a probability of 0 that the non-null stimuli is simultaneously presented to neighbouring parts of the sensory nervous system that either share a border or a corner, rendering the stimuli spatially sparse. simultaneously presenting respective sequences of stimuli to two or more parts of the sensory nervous system using a stimulator, varying using a processor each sequence over time between a null stimulus and one or more less frequent non-stimuli with the probability of a single non-null stimulus occurring of P, measuring, using a monitor, each of one or more simultaneous responses by the subject to the sequences of stimuli, and determining using said processor weight functions from the simultaneous responses for assessment of the sensory nervous system; in said simultaneously presenting step, the parts are a tessellation or contiguous array of adjacent neighbouring parts of said sensory nervous system that together are defined on dimensions of the sensory nervous system as having extended borders and corners defined by their tessellation; controlling using said processor, the variation of each sequence of non-null stimuli so that there is a probability of 0 that the non-null stimuli is simultaneously presented to neighbouring parts of the sensory nervous system that either share a border or a corner, rendering the stimuli spatially sparse.
Method for assembling and filling a hydraulic coupling module, in which, in order to configure a defined coupler volume, a coupler piston and a valve piston are inserted into a hollow-cylindrical coupler body, and the coupler volume which is configured between the two pistons (3, 4) is filled with a coupler medium, characterized in that at least the valve piston and the coupler body are pre-assembled and are inserted with the valve piston at the front into a receiving bore of a container of an apparatus for assembling and filling a hydraulic coupling module, subsequently the receiving bore is flooded with the coupler medium via a feed bore which is arranged in the bottom region of the container, air which is present in the receiving bore and/or in the coupler body being displaced upwards and the coupler body being filled completely with the coupler medium.
A side gusset bag for packaging a product, comprising - a front bag wall, - a rear bag wall, - a lower bag end forming a bottom, an upper bag end distant from the lower bag end in vertical direction, which has a bag opening closable by a closure, - a side gusset extending from the bottom in vertical direction, which connects the front bag wall with the rear bag wall and at its upper end forms a side gusset opening facing the upper bag end, and - an air-permeable covering tape, which covers the entire side gusset opening of the at least one side gusset, characterised in that at least a first section of the side gusset opening is sealed in an air-tight manner by a sealing seam. - a front bag wall, - a rear bag wall, - a lower bag end forming a bottom, an upper bag end distant from the lower bag end in vertical direction, which has a bag opening closable by a closure, - a side gusset extending from the bottom in vertical direction, which connects the front bag wall with the rear bag wall and at its upper end forms a side gusset opening facing the upper bag end, and - an air-permeable covering tape, which covers the entire side gusset opening of the at least one side gusset,
A device for obtaining a downlink, DL, covariance matrix of a communication channel, the device comprising a processor being configured to: compute an angular power spectrum, APS, of an antenna array, in particular in the continuous angular domain, based on an uplink, UL, covariance matrix of the communication channel and an UL response of the antenna array; compute the DL covariance matrix of the communication channel based on the APS and a DL response of the antenna array; compute the APS by computing a solution to a feasibility problem including a determined constraint; and compute the solution to the feasibility problem by using a set-theoretic method. compute an angular power spectrum, APS, of an antenna array, in particular in the continuous angular domain, based on an uplink, UL, covariance matrix of the communication channel and an UL response of the antenna array; compute the DL covariance matrix of the communication channel based on the APS and a DL response of the antenna array; compute the APS by computing a solution to a feasibility problem including a determined constraint; and compute the solution to the feasibility problem by using a set-theoretic method.
A method, comprising: displaying a virtual reality scene via a display device; identifying a real-world positioning of a peripheral control device relative to the display device; capturing video of a real-world scene of a physical environment located behind a display region of the display device via a camera; and displaying a real-world portal via the display device, the real-world portal including a portion of the real-world scene and simulating a view through the virtual reality scene at a position within the display region, the method being characterized in that: the position of the real-world portal within the display region tracks a section of a virtual field of view corresponding to an aiming projection of the peripheral control device that is spaced away from and spatially locked to the real-world positioning of the peripheral control device; wherein the portion of the real-world scene is a limited field of view of the camera that is less than an entire field of view of the camera; and wherein the limited field of view is defined by a virtual viewing window corresponding to the section that is spaced away from and spatially locked to the real-world positioning of the peripheral control device. displaying a virtual reality scene via a display device; identifying a real-world positioning of a peripheral control device relative to the display device; capturing video of a real-world scene of a physical environment located behind a display region of the display device via a camera; and displaying a real-world portal via the display device, the real-world portal including a portion of the real-world scene and simulating a view through the virtual reality scene at a position within the display region, the method being characterized in that: the position of the real-world portal within the display region tracks a section of a virtual field of view corresponding to an aiming projection of the peripheral control device that is spaced away from and spatially locked to the real-world positioning of the peripheral control device; wherein the portion of the real-world scene is a limited field of view of the camera that is less than an entire field of view of the camera; and wherein the limited field of view is defined by a virtual viewing window corresponding to the section that is spaced away from and spatially locked to the real-world positioning of the peripheral control device. wherein the portion of the real-world scene is a limited field of view of the camera that is less than an entire field of view of the camera; and wherein the limited field of view is defined by a virtual viewing window corresponding to the section that is spaced away from and spatially locked to the real-world positioning of the peripheral control device.
Toothbrush having a cleaning element (4, 14, 24), which is designed as a plastic, injection-molded part that has an attachment section for attachment in the head region of the toothbrush and a cleaning section for cleaning teeth, wherein the cleaning section has a narrow side and a wide side, and wherein the plastic injection-molded part has at least one indentation in the region of the cleaning section, around which the cleaning section has an increased bending flexibility, characterized in that the cleaning section is designed to taper in the material width - in particular, with respect to the width of the narrow side - from the attachment section to the upper end, and that the cleaning section has a wave-shaped region (n), wherein each wide side of the cleaning section on the wavy region (n) has alternating indentations and protrusions, wherein one indentation on one wide side is designed as an opposing protrusion on the other side of the wide side, and wherein the wavy region (n) is arranged between the upper end of the cleaning element and the subsequent two thirds of the longitudinal extension of the cleaning section.