mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a first lead frame and a second lead frame spaced apart from each other, the first and second lead frames each comprising a T-shaped top surface, an opposing bottom surface, and three sidewalls arranged between the top surface and the bottom surface, wherein the three sidewalls form a rectangular shape, and wherein the three sidewalls comprise stepped portions (113, 123) that at least partially define a fixing space so that a lower portion area of the fixing space is greater than an upper portion area of the fixing space and the stepped portions (113, 123) of the three sidewalls are continuous along the three sidewalls; a light emitting diode chip mounted on the top surface of the first or second lead frame; a molding unit that is integrally formed on top surfaces of the lead frame units and in the fixing spaces to protect the light emitting diode chip, wherein the top surfaces of the first and second lead frames are substantially flat; and wherein the first lead frame and the second lead frame face each other in a horizontal direction. a first lead frame and a second lead frame spaced apart from each other, the first and second lead frames each comprising a T-shaped top surface, an opposing bottom surface, and three sidewalls arranged between the top surface and the bottom surface, wherein the three sidewalls form a rectangular shape, and wherein the three sidewalls comprise stepped portions (113, 123) that at least partially define a fixing space so that a lower portion area of the fixing space is greater than an upper portion area of the fixing space and the stepped portions (113, 123) of the three sidewalls are continuous along the three sidewalls; a light emitting diode chip mounted on the top surface of the first or second lead frame; a molding unit that is integrally formed on top surfaces of the lead frame units and in the fixing spaces to protect the light emitting diode chip, wherein the top surfaces of the first and second lead frames are substantially flat; and wherein the first lead frame and the second lead frame face each other in a horizontal direction.
A method of updating a contact list on a mobile device (130, 135, 136, or 140), comprising: receiving, at the mobile device, a conference call roster providing a plurality of conference call attendees participating on a conference call; determining, by the mobile device while participating on the conference call, contact information for a conference call attendee of the plurality of conference call attendees by querying a remote contact information database storing contact information of the plurality of conference call attendees; receiving, by the mobile device while participating on the conference call, contact information for the conference call attendee in response to the query being approved by a conference call moderating device, said contact information including at least one of an email address, a PIN, and a phone number of the conference call attendee; and populating a contact information record with the received contact information. receiving, at the mobile device, a conference call roster providing a plurality of conference call attendees participating on a conference call; determining, by the mobile device while participating on the conference call, contact information for a conference call attendee of the plurality of conference call attendees by querying a remote contact information database storing contact information of the plurality of conference call attendees; receiving, by the mobile device while participating on the conference call, contact information for the conference call attendee in response to the query being approved by a conference call moderating device, said contact information including at least one of an email address, a PIN, and a phone number of the conference call attendee; and populating a contact information record with the received contact information.
A method of controlling a hydraulic trailer brake system using a hydraulic fluid supply provided on a vehicle, wherein a control line and a supplementary line are arranged between the vehicle and a vehicle trailer for supply of hydraulic fluid to and from the trailer, the method comprising the steps of: monitoring the hydraulic fluid pressure in the CL and in the SL; receiving a user braking input; and characterised by controlling the pressure of hydraulic fluid in the CL and in the SL to control the operation of the trailer brake system, wherein said controlling is based on a combination of the received user braking input and the detected pressure levels in the CL and SL. monitoring the hydraulic fluid pressure in the CL and in the SL; receiving a user braking input; and characterised by controlling the pressure of hydraulic fluid in the CL and in the SL to control the operation of the trailer brake system, wherein said controlling is based on a combination of the received user braking input and the detected pressure levels in the CL and SL.
A hydroponic growing system, comprising an elongated trough comprising at least: a first side wall, an opposite second side wall, and a bottom wall, which all extend in the longitudinal direction of the trough and delimit a space in the centre of the trough, open at the top; and a partition wall structure placed between the first side wall and the second side wall, extending in the longitudinal direction of the trough and dividing said central space into two elongated adjacent grooves (12, 14) which are open at the top and into which one or more substrates (74, 76) can be placed in each, for the cultivation of plants; characterized in that said partition wall structure comprises an elongated overflow channel extending in the longitudinal direction of the trough and configured to receive irrigation water supplied into the trough and to guide the irrigation water forward along the trough, past said adjacent grooves (12, 14). a first side wall, an opposite second side wall, and a bottom wall, which all extend in the longitudinal direction of the trough and delimit a space in the centre of the trough, open at the top; and a partition wall structure placed between the first side wall and the second side wall, extending in the longitudinal direction of the trough and dividing said central space into two elongated adjacent grooves (12, 14) which are open at the top and into which one or more substrates (74, 76) can be placed in each, for the cultivation of plants; characterized in that said partition wall structure comprises an elongated overflow channel extending in the longitudinal direction of the trough and configured to receive irrigation water supplied into the trough and to guide the irrigation water forward along the trough, past said adjacent grooves (12, 14).
A respirator comprising: a frame having an exposed outer side and an enclosed inner side, the frame defining an opening therethrough; a filter layer mounted to the frame and covering the opening of the frame, the filter layer configured to prohibit permeation of aerosol contaminants therethrough; and a face seal member mounted to the inner side of the frame, the face seal member including a seal contact area configured to engage a facial surface of a wearer, characterised in that each of the face seal member and the filter layer incorporate a phase change material therein, the phase change material having a phase change temperature between 30 °C and 40 °C so as to provide localized cooling by absorbing heat emitted by the wearer; the phase change material being co-molded with the respective face seal member and filter layer, wherein at least some of the phase change material changes phase upon absorbing heat emitted by the wearer. a frame having an exposed outer side and an enclosed inner side, the frame defining an opening therethrough; a filter layer mounted to the frame and covering the opening of the frame, the filter layer configured to prohibit permeation of aerosol contaminants therethrough; and a face seal member mounted to the inner side of the frame, the face seal member including a seal contact area configured to engage a facial surface of a wearer, characterised in that each of the face seal member and the filter layer incorporate a phase change material therein, the phase change material having a phase change temperature between 30 °C and 40 °C so as to provide localized cooling by absorbing heat emitted by the wearer; the phase change material being co-molded with the respective face seal member and filter layer, wherein at least some of the phase change material changes phase upon absorbing heat emitted by the wearer.
An air conditioner, comprising: a main body having an air outlet and having an opening formed at the front thereof; a front door installed to cover or expose the opening; a blower installed on the main body; a water container containing water, and disposed to let the water in and out through the opening; a water guide installed within the main body so as to contain the water flown from the water container; a humidifying filter mounted on the water guide so as to supply moisture to air flowing toward the blower; and a purification unit disposed to purify the air flowing toward the humidifying filter and let the water in and out through the opening, wherein the lateral width of the opening is larger than the sum of the lateral width of the purification unit and the lateral width of the water container, and the height of the opening is larger than the height of the purification unit and the height of the water container, and the blower has a partition wall which is protruded for partitioning the front of the fan housing into a space through which air passes and a space in which the water container is located, characterized in that the blower has ribs (68, 69) contacting the water container which are protruded on a surface facing the water container. a main body having an air outlet and having an opening formed at the front thereof; a front door installed to cover or expose the opening; a blower installed on the main body; a water container containing water, and disposed to let the water in and out through the opening; a water guide installed within the main body so as to contain the water flown from the water container; a humidifying filter mounted on the water guide so as to supply moisture to air flowing toward the blower; and a purification unit disposed to purify the air flowing toward the humidifying filter and let the water in and out through the opening, wherein the lateral width of the opening is larger than the sum of the lateral width of the purification unit and the lateral width of the water container, and the height of the opening is larger than the height of the purification unit and the height of the water container, and the blower has a partition wall which is protruded for partitioning the front of the fan housing into a space through which air passes and a space in which the water container is located, characterized in that the blower has ribs (68, 69) contacting the water container which are protruded on a surface facing the water container.
Venting valve for colostomy bags, comprising a valve body in which a slide is turnable in order to bring a venting hole in the slide to agreement with an opening in the valve body, comprising a pin or heel on the face of the slide facing the valve body characterized in that the opening in the valve body is extended in the movement direction of the slide and the pin or heel extends into the opening in the valve body, said pin or heel having a shorter length in the movement direction of the slide than the opening in the valve body so that the slide can be moved between an open and a closed position, the opening in the valve body having an end area that is set free by the slide, the pin or the heel having a shape and dimension corresponding to the shape and width of the end area for sealing contact in the closed position, and the pin or heel in its free end is provided with a laterally protruding collar or extension that on the side of the valve body facing away from the slide is in contact with the valve body and when the valve is closed extend a distance outside the opening in the valve body so that also an area around the air passage is kept free from contaminations.
An embossed paper web material comprising at least two tissue paper plies (V1,V2), each ply having a grammage between 10 and 40 g/m 2; wherein at least one of said plies is provided with a background embossing pattern constituted by linear protuberances extending according to closed lines projecting toward the inside of the web material; wherein the portions of ply delimited by said closed lines form convexities facing the outside of the web material; and wherein said convexities are distributed with a density equal to or greater than 6 convexities/cm 2 and preferably between 10 and 30 convexities/cm 2.
Seating/reclining furniture, in particular an armchair or a chair, having a back part, a seat part and an adjustable footrest arrangement which is pivotable between an inwardly folded basic position beneath a seating surface of the seat part and an outwardly folded position of use relative to the seat part, wherein the footrest arrangement comprises a frame and a foot part pivotable relative to the frame; wherein, to pivot the foot part, an actuating member variable in length by means of an actuating motor is supported at a front cross strut fixed to a frame and is connected to a rear operating member rotatable relative to the frame; wherein the operating member is connected to the foot part via an actuating arrangement; and wherein the actuating member comprises the actuating motor and a housing having an actuating element which can be retracted and extended by means of the actuating motor, characterized in that the actuating motor, the housing and the actuating element are arranged between the front cross strut and the rear operating member.
An implement system comprising: a first outlet (522, 718) configured to provide at least one nutrient; a second outlet (520, 720) configured to provide seed, wherein the first outlet (522, 718) and the second outlet (520, 720) are laterally separated during simultaneous provision of seed and nutrients; an opener (99, 501, 526, 716) configured to open soil; and a frame member (505, 714) configured to support the opener (99, 501, 526, 716) and the first outlet (522, 718); characterized by a carrier (566, 605, 724) configured to be laterally adjustable, coupled to the opener (99, 501, 526, 716) and the first outlet (522, 718) and having a plurality of adjustment positions such that lateral adjustment of the carrier (605, 724) results in a lateral adjustment of the first outlet (522, 718) and an adjustment of a lateral separation between a seed row provided by the second outlet (520, 720) and a nutrient row provided by the first outlet (522, 718). a first outlet (522, 718) configured to provide at least one nutrient; a second outlet (520, 720) configured to provide seed, wherein the first outlet (522, 718) and the second outlet (520, 720) are laterally separated during simultaneous provision of seed and nutrients; an opener (99, 501, 526, 716) configured to open soil; and a frame member (505, 714) configured to support the opener (99, 501, 526, 716) and the first outlet (522, 718); characterized by a carrier (566, 605, 724) configured to be laterally adjustable, coupled to the opener (99, 501, 526, 716) and the first outlet (522, 718) and having a plurality of adjustment positions such that lateral adjustment of the carrier (605, 724) results in a lateral adjustment of the first outlet (522, 718) and an adjustment of a lateral separation between a seed row provided by the second outlet (520, 720) and a nutrient row provided by the first outlet (522, 718).
Wearable device comprising a rigid structure with an at least partial function as a bracelet and provided with a base, said rigid structure being able to be associated with a first part of a user's body and at least a user interface, in order to insert or receive information and/or to display data, associated with said rigid structure, wherein said rigid structure comprises a first stop element and a second stop element able to be connected releasably to said base so as to assume a first condition configured for ergonomic coupling with said first part of the user's body and a second condition configured for ergonomic coupling with a second part of the user's body, different from said first part and substantially symmetrical to said first part, maintaining said user interface in a position of ergonomic use for the user and with access conditions for the user substantially corresponding to said first condition, characterized in that said first stop element and said second stop element extend substantially perpendicular with respect to said base to be disposed, respectively, adjacently to an external and to an internal side of a wrist or forearm, are releasably connected to respective mating attachment seatings (20, 22) made on the lower surface of said base, and have a different shape each other, so as to define corresponding internal surfaces (26, 30) which are shaped ergonomically to the relative surface of the wrist and/or forearm which they will contact, said first and second stop elements being adapted to be used in two different ergonomical configurations, respectively a first for a right wrist and/or forearm and a second for a left wrist and/or forearm, wherein the second configuration is obtained by disassembling said stop elements (24, 28) from said base, rotating them by 180° with respect to the first configuration, and then assembling them on said base.
Absolute position encoder for a measuring instrument or accessory for measuring instrument, comprising a digital scale and a reader movable relative to the digital scale, the digital scale being arranged along a travel direction of the reader, said digital scale comprising at least one absolute position track (30; 30a, 30b) having a sequence of discrete regions (32; 32a, 32b) sharply separated from each other by separating regions (33; 33a, 33b), and wherein the reader comprises a first and a second series of detectors (70a-77a, 70b-77b) configured to sense said discrete regions (32; 32a, 32b) and separating regions (33; 33a, 33b) to detect at least one of a first and a second absolute position code, characterized in that said sequence of discrete regions (32; 32a, 32b) and the first and second series of detectors (70a-77a, 70b-77b) are disposed in such a way that none of the detectors of at least one of said first and second series of detectors is aligned with a transition between a discrete region (32; 32a, 32b) and a separating region (33; 33a, 33b) at each possible position of the reader relative to the digital scale, and in that the position encoder is configured to select the first or second absolute position code which is read by the series of detectors among which no detector is aligned with said transition.
An image processing apparatus comprising: an image acquisition means (101, 102) for acquiring a radiation image obtained by irradiating an object with a radiation from a radiation generating apparatus; an estimation means for estimating a scattered radiation component and a primary radiation component included in the acquired radiation image, wherein the estimation means approximates an intensity of a scattered radiation, which is a radiation scattered on a path from the radiation generating apparatus to a radiation detecting element for providing a pixel value of the acquired radiation image, for a path by using a plurality of scattered radiation models, corresponding to different attenuation distances on the path, based on an assumption that the scattered radiation is further attenuated in the object after scattering, and further performs the approximation on the pixel value corresponding to an output from the radiation detecting elements to estimate the scattered radiation component and the primary radiation component; and an output means for outputting a corrected image based on the scattered radiation component and the primary radiation component, characterized in that the estimation means is arranged to decompose the approximated intensity of the scattered radiation into a specific frequency component to estimate the scattered radiation component, and the estimation means is arranged to decompose the approximated intensity of the scattered radiation into two different frequency components, and weight more a frequency component on a lower frequency among the two different frequency components, and combine the weighted two different frequency components. an image acquisition means (101, 102) for acquiring a radiation image obtained by irradiating an object with a radiation from a radiation generating apparatus; an estimation means for estimating a scattered radiation component and a primary radiation component included in the acquired radiation image, wherein the estimation means approximates an intensity of a scattered radiation, which is a radiation scattered on a path from the radiation generating apparatus to a radiation detecting element for providing a pixel value of the acquired radiation image, for a path by using a plurality of scattered radiation models, corresponding to different attenuation distances on the path, based on an assumption that the scattered radiation is further attenuated in the object after scattering, and further performs the approximation on the pixel value corresponding to an output from the radiation detecting elements to estimate the scattered radiation component and the primary radiation component; and an output means for outputting a corrected image based on the scattered radiation component and the primary radiation component,
A wind turbine blade having a receptor arrangement, the receptor arrangement comprising a receptor component (50, 70) connected to a down conductor (28, 30) of a lightning protection system wherein the receptor component is encapsulated by an insulating member (58, 76, 90); wherein the receptor component includes a receptor base (56, 72, 74) for receiving a first receptor element (52, 54, 80) which extends to an external surface of the blade characterized in that the electrically insulating member is a unitary part and is common to multiple receptor bases along a length of the down conductor. comprising a receptor component (50, 70) connected to a down conductor (28, 30) of a lightning protection system wherein the receptor component is encapsulated by an insulating member (58, 76, 90); wherein the receptor component includes a receptor base (56, 72, 74) for receiving a first receptor element (52, 54, 80) which extends to an external surface of the blade characterized in that the electrically insulating member is a unitary part and is common to multiple receptor bases along a length of the down conductor.
A method of processing a sample comprising: disposing a sample droplet between a top plate and a bottom plate of a digital microfluidic device, pre-filling a sampling hole extending through the top plate with an aqueous solution to form an extraction droplet in the sampling hole, contacting the sample droplet and the extraction droplet with one another so as to form a merged droplet at least partially disposed in the sampling hole, removing at least a portion of the merged droplet from the digital microfluidic device via the sampling hole extending through the top plate. disposing a sample droplet between a top plate and a bottom plate of a digital microfluidic device, pre-filling a sampling hole extending through the top plate with an aqueous solution to form an extraction droplet in the sampling hole, contacting the sample droplet and the extraction droplet with one another so as to form a merged droplet at least partially disposed in the sampling hole, removing at least a portion of the merged droplet from the digital microfluidic device via the sampling hole extending through the top plate.