mhurhangee/patent-ind-claim-en huggingface dataset:
A washing and/or drying machine for textiles, comprising: a casing defining a front panel , an upper panel , two side panels , and a rear panel, and containing a compartment for treating fabrics accessible through an opening of the casing provided with a door ; a light emitting element protected by a cover transparent or translucent to light, closing an opening of said panels, said light emitting element being configured for emitting light indicative of an operating status of the machine to the outside of the casing , said cover being integrated at least in the front panel ; said cover comprises a first portion integrated in the upper panel of the casing , so that the light emitted to an upper part of the casing by the light emitting element is visible from any position around the machine by a person having a height greater than that of the casing and from an aerial view, characterized in that said cover further comprises a second portion , which allows viewing a part of the light emitted by the light emitting element from one side, integrated in at least one of the side panels ; and a third portion integrated in the front panel ; and in that the light emitting element includes at least one light emitting element connected to an electronic control board and arranged facing the first, second and third portions of the cover . a casing defining a front panel , an upper panel , two side panels , and a rear panel, and containing a compartment for treating fabrics accessible through an opening of the casing provided with a door ; a light emitting element protected by a cover transparent or translucent to light, closing an opening of said panels, said light emitting element being configured for emitting light indicative of an operating status of the machine to the outside of the casing , said cover being integrated at least in the front panel ; said cover comprises a first portion integrated in the upper panel of the casing , so that the light emitted to an upper part of the casing by the light emitting element is visible from any position around the machine by a person having a height greater than that of the casing and from an aerial view, characterized in that said cover further comprises a second portion , which allows viewing a part of the light emitted by the light emitting element from one side, integrated in at least one of the side panels ; and a third portion integrated in the front panel ; and in that the light emitting element includes at least one light emitting element connected to an electronic control board and arranged facing the first, second and third portions of the cover .
An ear unit , comprising: an anchor , and an hearing element connected to said anchor, wherein the hearing element is provided with an aperture, wherein the ear unit is configured to provide occlusion, where the hearing element occludes the opening of the ear canal in a first inner position, characterised in that the hearing element is configured to be retracted relative to the anchor into a second position where a passage opens between the hearing element and the concha. an anchor , and an hearing element connected to said anchor, wherein the hearing element is provided with an aperture, wherein the ear unit is configured to provide occlusion, where the hearing element occludes the opening of the ear canal in a first inner position, characterised in that the hearing element is configured to be retracted relative to the anchor into a second position where a passage opens between the hearing element and the concha.
A screen to be used in chip-board and OSB factories, the screen being implemented by means of meshes having different mesh sizes and comprising a number of mesh levels one above an- other, with which screen wood-based raw material is screened into different-sized fractions after chipping and drying, which screen comprises a frame part and a moving part making a circular trajectory, wherein the moving part of the screen comprises two screen modules and one frame module , characterized in that the frame module is between the screen modules .
An attachment device for at least one objective lens and/or at least one eyepiece of a long-range optical device , in particular in the form of a riflescope, a telescope or a binocular, characterized in that the attachment device comprises at least one window , which is transparent at least in a visible spectral range, as well as at least one electrical heating device for the window.
A blood pressure decrease prediction apparatus which is configured to predict a decrease of a blood pressure of a living body , the blood pressure decrease prediction apparatus comprising: a pulse rate calculating device which is configured to calculate a pulse rate of the living body, based on a blood flow waveform which represents a temporal variation of a blood flow volume of the living body and which is inputted from a blood flow waveform output apparatus; and a blood flow volume calculating device which is configured to calculate the blood flow volume of the living body, based on the blood flow waveform; characterized in that the blood pressure decrease prediction apparatus further comprises: a blood pressure decrease predicting device which is configured to predict the decrease of the blood pressure, based on (i) a first variation flag (HR1, BF1) which is determined on the basis of whether a current average value (HRt, BFt) of each of the calculated pulse rate and the calculated blood flow volume decreases, increases or does not vary in comparison with the last average value (HRt, BFt) of each of the calculated pulse rate and the calculated blood flow volume and (ii) a first saturation flag (HR2, BF2) which is determined on the basis of whether the current average value (HRt, BFt) of each of the calculated pulse rate and the calculated blood flow volume is same as an initial value (HR0, BF0) of each of the calculated pulse rate and the calculated blood flow volume, wherein the current average value is a calculated average value during a predetermined period including a current time point, the initial value is a value recorded when a dialysis starts. a pulse rate calculating device which is configured to calculate a pulse rate of the living body, based on a blood flow waveform which represents a temporal variation of a blood flow volume of the living body and which is inputted from a blood flow waveform output apparatus; and a blood flow volume calculating device which is configured to calculate the blood flow volume of the living body, based on the blood flow waveform; characterized in that the blood pressure decrease prediction apparatus further comprises: a blood pressure decrease predicting device which is configured to predict the decrease of the blood pressure, based on (i) a first variation flag (HR1, BF1) which is determined on the basis of whether a current average value (HRt, BFt) of each of the calculated pulse rate and the calculated blood flow volume decreases, increases or does not vary in comparison with the last average value (HRt, BFt) of each of the calculated pulse rate and the calculated blood flow volume and (ii) a first saturation flag (HR2, BF2) which is determined on the basis of whether the current average value (HRt, BFt) of each of the calculated pulse rate and the calculated blood flow volume is same as an initial value (HR0, BF0) of each of the calculated pulse rate and the calculated blood flow volume, wherein the current average value is a calculated average value during a predetermined period including a current time point, the initial value is a value recorded when a dialysis starts.
A computer-implemented method for designing a virtual garment or upholstery (G) in a three-dimensional scene comprising the steps of: a) providing at least one pattern (P) of said virtual garment or upholstery in the three-dimensional scene; b) providing a three-dimensional avatar (AV) in the three-dimensional scene; c) computing a signed distance field from a surface of the avatar, wherein each point of the 3D virtual space containing the avatar is attributed a numerical value expressing its distance from the nearest point of the surface of the avatar; d) positioning the pattern relative to the avatar by keeping a fixed orientation with respect to said distance field; and e) assembling the positioned pattern or patterns around the avatar to form said virtual garment or upholstery, and draping it onto the avatar; wherein said step d) comprises the sub-steps of: d1) pre-positioning the pattern relative to the avatar using a positioning device (KB, PD); and d3) automatically rotating the pattern so that a normal direction (NP), or average normal direction, to said pattern becomes parallel to a normal direction (NDF), or average normal direction (ANF) respectively, said average being over an area of an iso-distance surface (IDS) of said distance field. a) providing at least one pattern (P) of said virtual garment or upholstery in the three-dimensional scene; b) providing a three-dimensional avatar (AV) in the three-dimensional scene; c) computing a signed distance field from a surface of the avatar, wherein each point of the 3D virtual space containing the avatar is attributed a numerical value expressing its distance from the nearest point of the surface of the avatar; d) positioning the pattern relative to the avatar by keeping a fixed orientation with respect to said distance field; and e) assembling the positioned pattern or patterns around the avatar to form said virtual garment or upholstery, and draping it onto the avatar; d1) pre-positioning the pattern relative to the avatar using a positioning device (KB, PD); and d3) automatically rotating the pattern so that a normal direction (NP), or average normal direction, to said pattern becomes parallel to a normal direction (NDF), or average normal direction (ANF) respectively, said average being over an area of an iso-distance surface (IDS) of said distance field.
A handover method performed by a session management function entity, comprising: receiving, from a target mobility management entity , information about a source mobility management entity that currently serves a target terminal and indication information, wherein the indication information is used to indicate that the information about the source mobility management entity is used only for a current transaction initiated by the session management function entity; sending a first message about the current transaction related to the target terminal to the source mobility management entity; and sending a second message about a new transaction related to the target terminal to the target mobility management entity after the current transaction ends. receiving, from a target mobility management entity , information about a source mobility management entity that currently serves a target terminal and indication information, wherein the indication information is used to indicate that the information about the source mobility management entity is used only for a current transaction initiated by the session management function entity; sending a first message about the current transaction related to the target terminal to the source mobility management entity; and sending a second message about a new transaction related to the target terminal to the target mobility management entity after the current transaction ends.
High-voltage bushing having a measurement connection cutout , at which a voltage divider tap with a contact means is arranged, wherein a region between the contact means and the measurement connection cutout is potted with an insulating material , characterized in that the contact means is soldered to a conductor in the high-voltage bushing , wherein a candle having a brass insert and insulation composed of casting resin is placed onto the contact means .
A gas turbine engine comprising: a core engine (80; 180) having a compressor section and a turbine section , said compressor section including a low pressure compressor and a high pressure compressor ; and a cooling air system for tapping compressed air and passing the compressed air through a heat exchanger , and cooling air passing over said heat exchanger to cool said compressed air, said compressed air being returned to said core engine (80; 180) to provide a cooling function, wherein said heat exchanger is mounted through flexible mounts allowing movement between a static structure and said heat exchanger wherein at least two flanges are formed on said static structure at two axially spaced locations and there being one of said flexible mounts connecting said heat exchanger to each said flange , and there are also at least two more of said flexible mounts positioned at two circumferentially spaced locations and mounting said heat exchanger to said static structure at circumferentially spaced locations, characterised in that each of said flexible mounts allows movement between said static structure and said heat exchanger in at least two dimensions. a core engine (80; 180) having a compressor section and a turbine section , said compressor section including a low pressure compressor and a high pressure compressor ; and a cooling air system for tapping compressed air and passing the compressed air through a heat exchanger , and cooling air passing over said heat exchanger to cool said compressed air, said compressed air being returned to said core engine (80; 180) to provide a cooling function, wherein said heat exchanger is mounted through flexible mounts allowing movement between a static structure and said heat exchanger wherein at least two flanges are formed on said static structure at two axially spaced locations and there being one of said flexible mounts connecting said heat exchanger to each said flange , and there are also at least two more of said flexible mounts positioned at two circumferentially spaced locations and mounting said heat exchanger to said static structure at circumferentially spaced locations, characterised in that each of said flexible mounts allows movement between said static structure and said heat exchanger in at least two dimensions.
Viewfinder with red dot and illuminator comprising a first fixed light source and a first reflective plate , the light source generating a first collimated beam of light that is projected on the reflective plate in order to materialize a red dot or reticle visible for the shooter by the reflection on the reflective plate and the first beam being projected on the reflective plate by means of a rotary mirror , the incline angle of which relative to the first light beam is adjustable, characterized in that said viewfinder further comprises a second fixed light source generating a second collimated beam of light that is initially parallel to the first beam of light returned by said rotary mirror toward a second reflective plate arranged at a 90° angle from the first reflective plate in order to illuminate/designate a target.
A dispenser system (200; 300; 600) comprising: a housing ; a refill unit (204; 604); the refill unit (204; 604) being removable and replaceable; the refill unit (204; 604) containing a product to be dispensed; a processor ; memory ; a dose count stored in memory that is indicative of the number of doses remaining in a refill unit (204; 604); a dispense count indicative of the number doses of product dispensed from the refill unit (204; 604); characterized by a sensor for detecting a level of product in the refill unit (204; 604); logic stored in memory for recalibrating the dose count as a function of the number of doses of product dispensed and the detected level of the product; and a display for displaying the number of doses of product remaining in the refill unit. a housing ; a refill unit (204; 604); the refill unit (204; 604) being removable and replaceable; the refill unit (204; 604) containing a product to be dispensed; the refill unit (204; 604) being removable and replaceable; the refill unit (204; 604) containing a product to be dispensed; a processor ; memory ; a dose count stored in memory that is indicative of the number of doses remaining in a refill unit (204; 604); a dispense count indicative of the number doses of product dispensed from the refill unit (204; 604); characterized by a sensor for detecting a level of product in the refill unit (204; 604); logic stored in memory for recalibrating the dose count as a function of the number of doses of product dispensed and the detected level of the product; and a display for displaying the number of doses of product remaining in the refill unit.
A survey system that performs multiple missions per message, the survey system including a multibeam echo sounder system (102; 100B; 100C; 100D; 100E) installed on a water going vehicle, the survey system comprising: a sonar acoustic transceiver ; plural projectors in a line forming a single projector array and plural hydrophones in a line forming a single hydrophone array ; the line of projectors arranged orthogonally with respect to the line of hydrophones to form a Mills cross operable, in use, according to the Mills cross technique for beam forming orthogonal intersections between a transmit beam and multiple receive beams; the transceiver adapted to operate with a plurality of N non-overlapping frequency bands having respective bandwidths and center frequencies; the transceiver further adapted to synthesize a single transmitter message that incorporates one or more signals from each of the frequency bands, the signals supporting the multiple missions; the single transmitter message for exciting the projector array such that an entire elongated rectangular swath of a waterbody bottom is ensonified by each of the signals in the message; and, the hydrophone array adapted to receive echoes from ensonified scattering centers; and wherein a first of the frequency bands supports a first mission and a second of the frequency bands supports a second mission, the first mission frequency band being widely spaced apart from the second mission frequency band to enable survey system recognition of one or more frequency dependent characteristics of the ensonified scattering centers. a sonar acoustic transceiver ; plural projectors in a line forming a single projector array and plural hydrophones in a line forming a single hydrophone array ; the line of projectors arranged orthogonally with respect to the line of hydrophones to form a Mills cross operable, in use, according to the Mills cross technique for beam forming orthogonal intersections between a transmit beam and multiple receive beams; the transceiver adapted to operate with a plurality of N non-overlapping frequency bands having respective bandwidths and center frequencies; the transceiver further adapted to synthesize a single transmitter message that incorporates one or more signals from each of the frequency bands, the signals supporting the multiple missions; the single transmitter message for exciting the projector array such that an entire elongated rectangular swath of a waterbody bottom is ensonified by each of the signals in the message; and, the hydrophone array adapted to receive echoes from ensonified scattering centers; and wherein a first of the frequency bands supports a first mission and a second of the frequency bands supports a second mission, the first mission frequency band being widely spaced apart from the second mission frequency band to enable survey system recognition of one or more frequency dependent characteristics of the ensonified scattering centers.
A lock for securing a wear member to a base on ground-engaging equipment, the lock comprising: a lock body having a bearing surface on one end for contacting the base to hold the wear member to the equipment, and a coupling structure at an opposite end to engage the wear member to facilitate turning of the lock body between a locked position where the bearing surface will contact the base and a release position where the bearing surface will release the base; a latch member movably coupled to the lock body to move between a first position where the latch member contacts the wear member and a second position where the latch member is retracted relative to the first position to disengage the wear member: and an actuating member rotatably coupled to the lock body and movably coupled to the latch member such that initial rotation of the actuating member moves the latch member relative to the lock body and further rotation of the actuating member moves the lock body about the support on the wear member. a lock body having a bearing surface on one end for contacting the base to hold the wear member to the equipment, and a coupling structure at an opposite end to engage the wear member to facilitate turning of the lock body between a locked position where the bearing surface will contact the base and a release position where the bearing surface will release the base; a latch member movably coupled to the lock body to move between a first position where the latch member contacts the wear member and a second position where the latch member is retracted relative to the first position to disengage the wear member: and an actuating member rotatably coupled to the lock body and movably coupled to the latch member such that initial rotation of the actuating member moves the latch member relative to the lock body and further rotation of the actuating member moves the lock body about the support on the wear member.
A cold plate assembly comprising: a support structure including a first face sheet and second face sheet attached to opposite sides of a cellular interior structure ; a first cold plate disposed on the first face sheet , the first cold plate including at least one inlet, a second cold plate disposed on the second face sheet , the second cold plate including at least one outlet; and characterised by a tube extending through the support structure for communicating fluid between the first cold plate and the second cold plate, wherein the tube has been inserted into a space between the first and second face sheets of the support structure to create a passage for the fluid through the support structure between the first cold plate and the second cold plate. a support structure including a first face sheet and second face sheet attached to opposite sides of a cellular interior structure ; a first cold plate disposed on the first face sheet , the first cold plate including at least one inlet, a second cold plate disposed on the second face sheet , the second cold plate including at least one outlet; and characterised by a tube extending through the support structure for communicating fluid between the first cold plate and the second cold plate, wherein the tube has been inserted into a space between the first and second face sheets of the support structure to create a passage for the fluid through the support structure between the first cold plate and the second cold plate.