mhurhangee/ep-ind-claims huggingface dataset:
Cosmetic applicator with an applicator body and a handle and a handling unit connected therewith, in which the applicator body manifests a longitudinal axis flush with the handle, in which the applicator body comprises panels (3.1 - 3.n) arranged like a concertina and connected with one another in one piece, which simultaneously form the bearing structure of the coreless applicator, the applicator body of which manifests a longitudinal axis flush with the handle, characterized in that neighbouring panels (3.0 - 3.n) form pockets (6.1 - 6.n) between them to contain cosmetic and are only open towards one or two directly neighbouring sides of the cosmetic applicator.
Energy recuperation system comprising a motor vehicle internal combustion engine, said system comprising a first coolant circuit and a second circuit, the first coolant circuit comprising a first exchanger mounted in such a way as to collect heat energy from the exhaust gases, and from the second circuit through which there circulates a state-change fluid and which comprises an expansion machine, the first circuit comprising at least a second exchanger serving as a hot source for the second circuit so as to cause the fluid of the second circuit to pass into the gaseous state, the expansion machine being configured in such a way as to be able, at least sometimes, to be rotationally secured to an output shaft of the internal combustion engine so as to rotate as one therewith, characterized in that it comprises a controllable-output pump, placed on the second circuit in such a way as to dictate, in the second circuit, the flow rate of fluid passing through the second exchanger, and in that it comprises an expansion device mounted, in parallel with the expansion machine, on the second circuit, and a valve upstream of the expansion device and of the expansion machine and able to send the fluid from the second circuit selectively either through the expansion machine or through the expansion device.
A recoat assembly for an additive manufacturing system, the recoat assembly comprising: a base member that is movable in a lateral direction; a powder spreading member coupled to the base member, wherein the base member at least partially encapsulates the powder spreading member; and a vacuum in fluid communication with at least a portion of the base member, wherein the base member comprises a primary containment housing that at least partially encapsulates the powder spreading member, characterized in that the base member further comprises a secondary containment housing that at least partially encapsulates and is spaced apart from the primary containment housing, wherein the vacuum is in fluid communication with a cavity (277, 283) defined between the primary containment housing and the secondary containment housing and is operable to draw airborne build material from the intermediate cavity (277, 283). a base member that is movable in a lateral direction; a powder spreading member coupled to the base member, wherein the base member at least partially encapsulates the powder spreading member; and a vacuum in fluid communication with at least a portion of the base member, wherein the base member comprises a primary containment housing that at least partially encapsulates the powder spreading member, characterized in that the base member further comprises a secondary containment housing that at least partially encapsulates and is spaced apart from the primary containment housing, wherein the vacuum is in fluid communication with a cavity (277, 283) defined between the primary containment housing and the secondary containment housing and is operable to draw airborne build material from the intermediate cavity (277, 283).
A data transmission method, comprising: determining, by user equipment, a measurement process and a type of fed-back channel state information, CSI, according to a type of a measurement process, wherein the measurement process corresponds to a measurement procedure, and the measurement process comprises M signal measurement pilots and K interference measurement pilots, wherein M is an integer greater than or equal to 1, K is an integer greater than 1, the K interference measurement pilots use independent configurations of limitative measurement, and the limitative measurement is to limit a moving average range of resources that are allowed to be measured; and performing, by the user equipment, measurement and feedback according to the determined measurement procedure and the determined type of the fed-back CSI. determining, by user equipment, a measurement process and a type of fed-back channel state information, CSI, according to a type of a measurement process, wherein the measurement process corresponds to a measurement procedure, and the measurement process comprises M signal measurement pilots and K interference measurement pilots, wherein M is an integer greater than or equal to 1, K is an integer greater than 1, the K interference measurement pilots use independent configurations of limitative measurement, and the limitative measurement is to limit a moving average range of resources that are allowed to be measured; and performing, by the user equipment, measurement and feedback according to the determined measurement procedure and the determined type of the fed-back CSI.
A method for bio impedance measurement on a skin surface of a living body, using a bio impedance measurement device comprising a sensing electrode and a pilot electrode, comprising the following steps: placing said sensing electrode and pilot electrode on the surface of said body; providing a guard electrode adapted to separate the surface in at least two zones, among which a sensing zone including the sensing electrode and a current injection zone including the pilot electrode; providing a controller circuit, electrically connected to said electrodes, adapted to control a current source; and characterized in that the method further comprises using the controller circuit for controlling the current source such that a voltage between the guard electrode and a ground is close to zero at given bands stop and such that the current source outputs a zero current for frequencies outside the given frequency bands. placing said sensing electrode and pilot electrode on the surface of said body; providing a guard electrode adapted to separate the surface in at least two zones, among which a sensing zone including the sensing electrode and a current injection zone including the pilot electrode; providing a controller circuit, electrically connected to said electrodes, adapted to control a current source; and characterized in that the method further comprises using the controller circuit for controlling the current source such that a voltage between the guard electrode and a ground is close to zero at given bands stop and such that the current source outputs a zero current for frequencies outside the given frequency bands.
An additive manufacturing system, comprising: a housing defining a chamber; a build platform disposed in a lower portion of the chamber; a powder application device configured to deposit a bed of powder material on the build platform; an upper gas inlet disposed in a first side-wall and in an upper portion of the chamber and configured to supply an upper gas flow parallel to the build platform; a lower gas inlet in the lower portion of the chamber, wherein the lower gas inlet comprises one or more pairs of dividing walls (90, 92, 142, 146, 150) extending from the first side-wall toward the build platform and configured to guide the lower gas flow at one or more flow angles (120, 145, 149, 153) with respect to the build platform; wherein an upper dividing wall has a bending point where the upper dividing wall bends at a bending angle toward the build platform, and a lower dividing wall has a bending point where the lower dividing wall bends at a bending angle toward the build platform; one or more gas delivery mechanisms (74, 106) coupled to the upper and lower gas inlets and configured to regulate one or more flow characteristics of the upper and lower gas flows; and a gas outlet disposed in a second side-wall of the chamber, opposing the first side-wall, wherein the gas outlet is configured to discharge the upper and lower gas flows from the chamber. a housing defining a chamber; a build platform disposed in a lower portion of the chamber; a powder application device configured to deposit a bed of powder material on the build platform; an upper gas inlet disposed in a first side-wall and in an upper portion of the chamber and configured to supply an upper gas flow parallel to the build platform; a lower gas inlet in the lower portion of the chamber, wherein the lower gas inlet comprises one or more pairs of dividing walls (90, 92, 142, 146, 150) extending from the first side-wall toward the build platform and configured to guide the lower gas flow at one or more flow angles (120, 145, 149, 153) with respect to the build platform; wherein an upper dividing wall has a bending point where the upper dividing wall bends at a bending angle toward the build platform, and a lower dividing wall has a bending point where the lower dividing wall bends at a bending angle toward the build platform; one or more gas delivery mechanisms (74, 106) coupled to the upper and lower gas inlets and configured to regulate one or more flow characteristics of the upper and lower gas flows; and a gas outlet disposed in a second side-wall of the chamber, opposing the first side-wall, wherein the gas outlet is configured to discharge the upper and lower gas flows from the chamber.
A composite structure comprising: an elastomeric carbon nanomaterial composite sheet comprising: a carrier layer comprising a porous material and a metallic coating applied to said porous material; a layer of a carbon nanomaterial structure applied to said carrier layer, said carbon nanomaterial structure comprising carbon nanomaterials; and an elastomer material, wherein said carrier layer and said carbon nanomaterial structure arc impregnated with said elastomer material, wherein the composite structure is configured as a gasket. an elastomeric carbon nanomaterial composite sheet comprising: a carrier layer comprising a porous material and a metallic coating applied to said porous material; a layer of a carbon nanomaterial structure applied to said carrier layer, said carbon nanomaterial structure comprising carbon nanomaterials; and an elastomer material, wherein said carrier layer and said carbon nanomaterial structure arc impregnated with said elastomer material, wherein the composite structure is configured as a gasket. a carrier layer comprising a porous material and a metallic coating applied to said porous material; a layer of a carbon nanomaterial structure applied to said carrier layer, said carbon nanomaterial structure comprising carbon nanomaterials; and an elastomer material, wherein said carrier layer and said carbon nanomaterial structure arc impregnated with said elastomer material, wherein the composite structure is configured as a gasket.
A tracheal tube comprising: a tubular body comprising an open distal end for ventilating a patient and a Murphy eye adjacent to the open distal end; a cuff disposed around the tubular body above the Murphy eye and configured to be inflated to seal the cuff against a wall of a patient trachea; a first suction lumen extending along the tubular body from near a proximal end of the tracheal tube positioned outside the patient when in use to a location below the cuff and above the Murphy eye, and terminating in a first port opening from a side of the tubular body through which secretions may be aspirated via the first suction lumen; a second suction lumen extending along the tubular body from near the proximal end of the tracheal tube positioned outside the patient when in use to a location above the cuff, and terminating in a second port opening from the side of the tubular body through which secretions may be aspirated via the second suction lumen; and characterised in that the tracheal tube comprises a shoulder below the cuff configured to secure the cuff to the tubular body, wherein an edge of the port is disposed approximately 0 to 5 mm from a lower extremity of the shoulder such as to disallow inadvertent contact between the port and the adjacent trachea when the cuff is inflated and the tracheal tube is placed such that it is centred within the trachea.
An alternator comprising: an alternator housing; a stator inserted into the alternator housing and having an inner diameter and an outer diameter; a rotor disposed within the inner diameter of the stator; a shaft extending from the rotor; a first bearing connected to the shaft, wherein the first bearing comprises: a first hub having an inner diameter bore in which the shaft is positioned; and a first prong extending from the first hub; and a sheath that surrounds the outer diameter of the stator, supports the stator with respect to the alternator housing, and supports the first bearing, wherein the sheath is located within and surrounded by the alternator housing, and characterized in that the sheath includes a first pocket to receive the first prong. an alternator housing; a stator inserted into the alternator housing and having an inner diameter and an outer diameter; a rotor disposed within the inner diameter of the stator; a shaft extending from the rotor; a first bearing connected to the shaft, wherein the first bearing comprises: a first hub having an inner diameter bore in which the shaft is positioned; and a first prong extending from the first hub; and a sheath that surrounds the outer diameter of the stator, supports the stator with respect to the alternator housing, and supports the first bearing, wherein the sheath is located within and surrounded by the alternator housing, and characterized in that the sheath includes a first pocket to receive the first prong. a first hub having an inner diameter bore in which the shaft is positioned; and a first prong extending from the first hub; and a sheath that surrounds the outer diameter of the stator, supports the stator with respect to the alternator housing, and supports the first bearing, wherein the sheath is located within and surrounded by the alternator housing, and characterized in that the sheath includes a first pocket to receive the first prong.
A hearing protector which comprises: a protective muff provided for each ear of a wearer, with at least a certain passive noise damping, a microphone disposed interiorly in the protective muff and connected to an analog signal processing device and a digital signal processing device, the signal processing devices being connected to at least one loudspeaker disposed interiorly in the muff for emitting sound for extinguishing noise in the protective muff, and the analog signal processing device being able to process non-repeatable noise while the digital signal processing device is able to process repeatable noise, characterised by a second microphone disposed outside the passive noise damping and connected to the digital signal processing device, characterized in that a signal from the second microphone is analyzed in respect of frequency components by the digital signal processing device to create a synthesized digital signal that is comprised of a plurality of sinus tones and that is used to cancel noise within the protective muff.
A method for rendering graphics on a display of an external medical device, comprising: (a) receiving at a first microcontroller input data telemetered from an implantable medical device, the input data indicative of at least one graphic to be rendered on the display; (b) transmitting at least a first part of the input data from the first microcontroller to a second microcontroller; (c) processing the at least first part of the input data at the second microcontroller; (d) transmitting the processed data to the first microcontroller; (e) converting at least the processed data to a graphics command at the first microcontroller; (f) transmitting the graphics command to the second microcontroller; (g) retrieving at least one image file from a storage device using the graphics command; and (h) using the second microcontroller to render the at least one image file on the display. (a) receiving at a first microcontroller input data telemetered from an implantable medical device, the input data indicative of at least one graphic to be rendered on the display; (b) transmitting at least a first part of the input data from the first microcontroller to a second microcontroller; (c) processing the at least first part of the input data at the second microcontroller; (d) transmitting the processed data to the first microcontroller; (e) converting at least the processed data to a graphics command at the first microcontroller; (f) transmitting the graphics command to the second microcontroller; (g) retrieving at least one image file from a storage device using the graphics command; and (h) using the second microcontroller to render the at least one image file on the display.
A method for the drying of a wet substrate, said method comprising treating the substrate with a solid particulate material at ambient or elevated temperature, said treatment being carried out in an apparatus comprising a drum comprising perforated side walls, wherein said drum comprising perforated side walls is rotated so as to facilitate increased mechanical action between said substrate and said particulate material, wherein said solid particulate material optionally comprises a multiplicity of particles and said particles comprise polymeric particles, non-polymeric particles, or mixtures of polymeric and non-polymeric particles, wherein said particles are optionally elliptical, cylindrical, spherical or cuboid in shape, and wherein said substrate is optionally a textile fabric, wherein said method is optionally for use in small or large scale batchwise processes, characterised in that said method additionally comprises separation of the solid particulate material from the dried substrate on completion of the drying process and recovery of said solid particulate material for re-use in subsequent drying procedures
A storage device, comprising: an interface unit; a storage unit, adapted to store a total remaining amount of a recording material and a capacity of the recording material, an initial remaining amount of the recording material and/or an initial consumption of the recording material, and a rewritable remaining amount of the recording material and/or a rewritable consumption of the recording material; a detection unit, adapted to detect a signal of the interface unit; and a control unit, adapted to control updating the total remaining amount of the recording material stored in the storage unit, rewrite the rewritable remaining amount of the recording material into a calculated value of the rewritable remaining amount of the recording material or rewrite the rewritable consumption of the recording material into a calculated value of the rewritable consumption of the recording material, in the case that the detection unit detects a predetermined trigger condition and the total remaining amount of the recording material is more than the capacity of the recording material; and adapted to non-spontaneously update the remaining amount of the recording material or the consumption of the recording material stored in the storage unit in the case that the total remaining amount of the recording material is less than or equal to the capacity of the recording material. an interface unit; a storage unit, adapted to store a total remaining amount of a recording material and a capacity of the recording material, an initial remaining amount of the recording material and/or an initial consumption of the recording material, and a rewritable remaining amount of the recording material and/or a rewritable consumption of the recording material; a detection unit, adapted to detect a signal of the interface unit; and a control unit, adapted to control updating the total remaining amount of the recording material stored in the storage unit, rewrite the rewritable remaining amount of the recording material into a calculated value of the rewritable remaining amount of the recording material or rewrite the rewritable consumption of the recording material into a calculated value of the rewritable consumption of the recording material, in the case that the detection unit detects a predetermined trigger condition and the total remaining amount of the recording material is more than the capacity of the recording material; and adapted to non-spontaneously update the remaining amount of the recording material or the consumption of the recording material stored in the storage unit in the case that the total remaining amount of the recording material is less than or equal to the capacity of the recording material.
An electrochemical cell, comprising: a plurality of positive electrode sheets having current collecting tabs which are stacked and aligned vertically; a plurality of negative electrode sheets having current collecting tabs which are stacked and aligned vertically; the positive and negative electrode sheets (302a, 302b) being layered in the cell; a positive extension tab extended from the current collecting tabs of the positive electrode sheets; and a negative extension tab extended from the current collecting tabs of the negative electrode sheets, wherein a cross sectional area of the positive extension tab is different than a cross sectional area of the negative extension tab, such that a temperature gradient within the electrochemical cell is minimized when the electrochemical cell is in use, wherein the sizes of the positive extension tab and of the negative extension tab and the corresponding current collecting tabs (304a, 304b) are selected to be proportional to the electrical resistivity and the thermal conductivity of their respective materials of construction. a plurality of positive electrode sheets having current collecting tabs which are stacked and aligned vertically; a plurality of negative electrode sheets having current collecting tabs which are stacked and aligned vertically; the positive and negative electrode sheets (302a, 302b) being layered in the cell; a positive extension tab extended from the current collecting tabs of the positive electrode sheets; and a negative extension tab extended from the current collecting tabs of the negative electrode sheets, wherein a cross sectional area of the positive extension tab is different than a cross sectional area of the negative extension tab, such that a temperature gradient within the electrochemical cell is minimized when the electrochemical cell is in use, wherein the sizes of the positive extension tab and of the negative extension tab and the corresponding current collecting tabs (304a, 304b) are selected to be proportional to the electrical resistivity and the thermal conductivity of their respective materials of construction.
An electrically operated food processor with a mixing bowl and a mixer in the mixing bowl, wherein the food processor encompasses a camera, in particular an electronic camera, which is potentially directed towards the user of the food processor, characterized in that a gesture recognition software as well as a gesture data bank (G 1) are stored and that gesture recognition can be used to cause the food processor to carry out a routine task.