mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile terminal comprising: a case ; a display unit located at the case ; a seating part located at the case , the seating part configured to support the display unit ; a channel located at the seating part , the channel configured to receive an adhesive (A) to couple the display unit to the case , the channel including: a bottom portion ; a first wall surface extending from the bottom portion toward the display unit ; and a second wall surface extending from the bottom portion toward the display unit , the second wall surface being disposed between a center (O) of the case and the first wall surface , and the second wall surface tilting at a first angle toward the center (O) of the case , characterized by a spacer located at the seating part , the spacer being configured to maintain a clearance between the display unit and the seating part, the spacer including: a first lateral surface ; and a second lateral surface spaced apart from the first lateral surface , the second lateral surface being disposed between an outside of the case and the first lateral surface , the second lateral surface tilting at a second angle toward the center of the case , wherein the second lateral surface is formed as a continuation of the second wall surface such that the first angle and the second angle are the same. a case ; a display unit located at the case ; a seating part located at the case , the seating part configured to support the display unit ; a channel located at the seating part , the channel configured to receive an adhesive (A) to couple the display unit to the case , the channel including: a bottom portion ; a first wall surface extending from the bottom portion toward the display unit ; and a second wall surface extending from the bottom portion toward the display unit , the second wall surface being disposed between a center (O) of the case and the first wall surface , and the second wall surface tilting at a first angle toward the center (O) of the case , characterized by a spacer located at the seating part , the spacer being configured to maintain a clearance between the display unit and the seating part, the spacer including: a bottom portion ; a first wall surface extending from the bottom portion toward the display unit ; and a second wall surface extending from the bottom portion toward the display unit , the second wall surface being disposed between a center (O) of the case and the first wall surface , and the second wall surface tilting at a first angle toward the center (O) of the case , a first lateral surface ; and a second lateral surface spaced apart from the first lateral surface , the second lateral surface being disposed between an outside of the case and the first lateral surface , the second lateral surface tilting at a second angle toward the center of the case , wherein the second lateral surface is formed as a continuation of the second wall surface such that the first angle and the second angle are the same.
A laundry dryer, in particular a washer-dryer, comprising - a cabinet , - a drum rotatably placed within the cabinet having an opening on a front side for loading laundry, - a heat pump with a condenser and an evaporator , - an air circulating system connecting the drum to the condenser and the evaporator , wherein said air circulating system comprises a ventilator configured to circulate air in the air circulating system between the drum and the evaporator and the condenser , - a control unit , - at least part of the condenser and of the evaporator are arranged at a back side of the drum , wherein said back side faces away from the opening , wherein the condenser and the evaporator each comprise, in particular vertically aligned, plates for exchanging heat between fluid ducts of the heat pump and process air of the air circulating system, characterized in that a shortest distance between the individual plates of the condenser is larger than a shortest distance between the individual plates of the evaporator . - a cabinet , - a drum rotatably placed within the cabinet having an opening on a front side for loading laundry, - a heat pump with a condenser and an evaporator , - an air circulating system connecting the drum to the condenser and the evaporator , wherein said air circulating system comprises a ventilator configured to circulate air in the air circulating system between the drum and the evaporator and the condenser , - a control unit , - at least part of the condenser and of the evaporator are arranged at a back side of the drum , wherein said back side faces away from the opening , wherein the condenser and the evaporator each comprise, in particular vertically aligned, plates for exchanging heat between fluid ducts of the heat pump and process air of the air circulating system, characterized in that a shortest distance between the individual plates of the condenser is larger than a shortest distance between the individual plates of the evaporator .
A vector for injecting a viscoelastic or filling product including a semi-rigid tubular needle of longitudinal axis having a closed distal end and a proximal end for connection to an injection device, this needle having an inner channel delimited by a tubular inner face with an internal diameter (Si) and a tubular outer face delimiting an outer transverse cross-section (Se), a lateral outlet opening being arranged in the needle in the vicinity of the distal end and having on the one hand a length L taken along a generatrix, smaller than or equal to four times the internal diameter (di) of the needle and greater than or equal to once the internal diameter (di) of the needle and on the other hand, a width l greater than or equal to 0.2 times the internal diameter (di), characterized in that the lateral outlet opening delimits inside the inner channel , a compression chamber located upstream with respect to the lateral outlet opening and in that the lateral outlet opening is a slot including two longitudinal edges extending parallel to each other and to a generatrix of the needle by having a substantially constant width l , smaller than or equal to 0.5 times the internal diameter (di) of the needle so as to delimit inside the needle facing the slot, a compression chamber to ensure the projection of the viscoelastic product through the slot
A system for filtering signal interference from sensor signals associated with headers configured for use with agricultural vehicles , the system including a header comprising a frame and a powered component supported relative to the frame , the powered component comprising a reel of the header , the system also including a sensor configured to detect electromagnetic waves indicative of a parameter associated with the header , and an electronic control unit operably connected to the sensor such that the electronic control unit is configured to receive signals from the sensor associated with the detection of the electromagnetic waves, the electronic control unit being further configured to filter interference from the signals deriving from motion of the powered component relative to the sensor , the system being characterized in that it further comprises a speed sensor configured to measure a rotational speed of the reel , the electronic control unit being operably connected to the speed sensor such that the electronic control unit is configured to receive data from the speed sensor associated with the rotational speed of the reel , the electronic control unit being configured to filter the interference from the signals based at least in part on the measured rotational speed of the reel . an electronic control unit operably connected to the sensor such that the electronic control unit is configured to receive signals from the sensor associated with the detection of the electromagnetic waves, the electronic control unit being further configured to filter interference from the signals deriving from motion of the powered component relative to the sensor , the system being characterized in that it further comprises a speed sensor configured to measure a rotational speed of the reel , the electronic control unit being operably connected to the speed sensor such that the electronic control unit is configured to receive data from the speed sensor associated with the rotational speed of the reel , the electronic control unit being configured to filter the interference from the signals based at least in part on the measured rotational speed of the reel .
A hollow hob for a cutting apparatus comprising a body of a sintered hard metal composition and at least one cavity located within the body , wherein the cavity has a volume in the range of about 10 % to about 90% of the volume of the body ; characterized in that : the body includes a core having opposite sides and a sintered element fused to each side of the core so as to seal the cavity and form a unitary body.
A photocurable composition comprising: (a) an epoxy resin comprising a compound having two or more epoxy groups per molecule; (b) a binder comprising a compound having at least one carboxyl group per molecule; (c) a photopolymerization initiator; and (d) a filler composition comprising silica, talc, and wollastonite. (a) an epoxy resin comprising a compound having two or more epoxy groups per molecule; (b) a binder comprising a compound having at least one carboxyl group per molecule; (c) a photopolymerization initiator; and (d) a filler composition comprising silica, talc, and wollastonite.
Eccentric screw pump with a stator and with a rotor , which is arranged rotatably within the stator , whereby a spacer ring , which is removeable radially in relation to the longitudinal axis of the stator , is arranged on a connection-side end of the stator , characterized in that the spacer ring has a form-fitting centring means and the centring means has an inner surface which, in the fitted state of the spacer ring , abuts against an outer circumferential surface of a casing tube of the stator .
Upstream part of an air-discharge system for a turbomachine , comprising: - a tube with an upstream end and a downstream end , - an internal tubular structure located in the interior of said tube and configured to form therein a narrowing of its cross section , characterized in that the internal tubular structure is made in one piece with the tube at the downstream end of the tube and freely suspended at the upstream end of the tube. - a tube with an upstream end and a downstream end , - an internal tubular structure located in the interior of said tube and configured to form therein a narrowing of its cross section , characterized in that the internal tubular structure is made in one piece with the tube at the downstream end of the tube and freely suspended at the upstream end of the tube.
Agricultural seed drill , in particular a single-grain seed drill , for depositing seed and/or fertilizer, comprising a frame extending transversely to the direction of travel (F) and a plurality of rotatingly driven metering and/or spreading elements arranged at a distance from one another on the frame , wherein each metering and/or spreading element has its own drive unit for depositing metered, in particular separated, seed within a seed row, and the seed drill comprises at least one detection device for detecting measured values and a control device which controls the drive unit of each metering and/or spreading element in such a way that the rate of the metered, in particular separated, deposited seed within a seed row corresponds at least approximately to a constant, adjustable value, wherein the control device is provided for individually controlling the speed of each metering and/or spreading element on the basis of data supplied to the control device, and the at least one detection device for detecting measured values is designed as a yaw rate sensor, and the drive of each metering and/or spreading element is controlled on the basis of the measured yaw rates, characterized in that the control device is configured such that for each metering and/or spreading element , on the basis of the path velocities of the metering and/or spreading elements and the target rate of the seed to be deposited, a deposition time of the seed to be deposited that matches the target rate of the seed to be deposited is determined and the fertilizer to be deposited is deposited in a manner coordinated with the determined deposition times of the seed to be deposited.
A method of printing a three-dimensional article comprising: jetting an ink at a temperature T1 onto a substrate at a temperature T2 to form a layer of the ink on the substrate; and curing the layer of the ink, wherein T1 is greater than T2; wherein the ink in an uncured state has a liquid-gel transition temperature below T1 and above T2; wherein the ink comprises a curable material and a gellant, the gellant comprising a chemical species having one or more terminal olefin moieties linked to a hydrophobic segment by one or more urethane, urea, and/or amide moieties; and wherein the layer of the ink is deposited on the substrate at a rate R1 in mg/s/in 2 that is within 60% of a gelation rate R2 of the ink in inverse minutes in an uncured state at T2, the percentage being based on the larger of R1 and R2, wherein R2 is obtained by taking the inverse of the ink's gelation time (GT) and multiplying by 100. jetting an ink at a temperature T1 onto a substrate at a temperature T2 to form a layer of the ink on the substrate; and curing the layer of the ink, wherein T1 is greater than T2; wherein the ink in an uncured state has a liquid-gel transition temperature below T1 and above T2; wherein the ink comprises a curable material and a gellant, the gellant comprising a chemical species having one or more terminal olefin moieties linked to a hydrophobic segment by one or more urethane, urea, and/or amide moieties; and wherein the layer of the ink is deposited on the substrate at a rate R1 in mg/s/in 2 that is within 60% of a gelation rate R2 of the ink in inverse minutes in an uncured state at T2, the percentage being based on the larger of R1 and R2, wherein R2 is obtained by taking the inverse of the ink's gelation time (GT) and multiplying by 100.
A filter module for separating overspray from overspray-laden booth air of coating facilities, in particular of painting facilities, having a module housing in which a filter structure is accommodated and which has a module inlet and a module outlet , wherein the filter module is designed in such a way that, after reaching a limit loading with overspray, it is exchanged for an empty filter module , wherein the filter module comprises a recyclable reusable structure composed of one or more thermally regenerable reusable components, with the result that the filter module is at least partially thermally regenerable in such a way that a thermally regenerable reusable component withstands at least once a thermal treatment in which present overspray is thermally decomposed and thereby removed from the filter module without losses in its functional capability, characterizes in that, during operation, the filter module is fluidically and releasably connected to an air-channeling device by means of which the overpray-laden air flow is channeled to the filter module . the filter module comprises a recyclable reusable structure composed of one or more thermally regenerable reusable components, with the result that the filter module is at least partially thermally regenerable in such a way that a thermally regenerable reusable component withstands at least once a thermal treatment in which present overspray is thermally decomposed and thereby removed from the filter module without losses in its functional capability, characterizes in that, during operation, the filter module is fluidically and releasably connected to an air-channeling device by means of which the overpray-laden air flow is channeled to the filter module .
A wearable touch sensitive garment comprising an array of electronic capacitive sensors integrated into the garment , the array of electronic capacitive sensors comprising a plurality of electrodes (E1-E5), each electrode (E1-E5) being individually electrically connected to an Electronic Control Unit, ECU , wherein the array is placed over the ECU and is connected to said ECU by means of a plurality of signal lines (51-55), each signal line connecting the respective electrode (E1-E5) to the ECU to convey to the ECU a parasitic capacitive coupling signal, the ECU being configured to evaluate a parasitic capacitive coupling between each of the electrodes (E1-E5) and a wearer's touch, the ECU being provided with a readable display configured to display an indication representative of a gesture performed on the array and wherein the array of electronic capacitive sensors is connected to a vibrator , wherein said vibrator is configured to provide a tactile feedback, by vibrating for a predefined amount of time to signal a gesture acquisition, and wherein the array is arranged along and integrated into a seam of said garment , wherein the array is encapsulated by a wash encapsulant and wherein the ECU is integrated into the garment .
A joint system for building elements consisting of bearing, hermetic and flexible framework constructions intended for structures in cubic format or enclosing volume format, wherein the joint system comprises at least two such building elements, wherein the sealing surface of the joint system comprises a plurality of steps, and a building element of the joint system comprises a plurality of first parallel plates (S), the building element having hermetic displaced air cells (L) between the first plates (S), characterised in that said building element further comprises second plates (S) arranged perpendicular to the first parallel plates at the end thereof, one step having four first plates, three displaced air cells (L) and one second plate with a swivel (X) and outward facing seals (D), and wherein further the sealing surfaces of the building element are provided with sealing strips (D), wherein one of the second plates (S) comprises two outward facing seals (D) and a top plate of the four first plates (S) of the step comprises two further seals (D).
A vehicle environment detection system arranged to detect at least one radar detection for an object outside a vehicle , the vehicle environment detection system comprising at least one radar system , at least one stereo camera device and at least one processing unit , where, for each radar detection , said radar system is arranged to obtain at least one azimuth detection angle (φ d , θ 1 , θ 2 ) with respect to an x-axis extending from the vehicle in its forward running direction, wherein an y-axis extends in a direction perpendicular to the x-axis forming an x,y-coordinate system with an origin (x 0 , y 0 ) whose position is known, and a detected Doppler velocity component (v D1 , v D2 ) that is constituted by detected Doppler velocity with respect to the radar system , characterized in that said processing unit is arranged to obtain at least one stereo camera detection from said stereo camera device , and where a sum of the number of radar detections and the number of stereo camera detections is at least three, where furthermore the vehicle environment detection system is arranged to calculate a two-dimensional motion state of the target object by solving the linear equation system v D 1 ⋮ v DN v y 1 ′ ⋮ v yM ′ = x S sin θ 1 − y S cos θ 1 cos θ 1 sin θ 1 ⋮ ⋮ ⋮ x S sin θ N − y S cos θ N cos θ N sin θ N x 1 ′ 0 1 ⋮ ⋮ ⋮ x M ′ 0 1 ω v x 0 v y 0 , where v D1 ... v DN are detected Doppler velocity components for each radar detection , θ 1 ... θ N are detected azimuth detection angles for each radar detection , v y1 ' ... v yM ' are determined velocity y-components for each stereo camera detection , x s is an x-coordinate of the position of the radar system with respect to the origin (x 0 ,y 0 ) , y s is a y-coordinate of the position of the radar system with respect to the origin (x 0 ,y 0 ) , x c is the x-position of the position (x c , y c ) of said stereo camera device with respect to the origin (x 0 ,y 0 ) and x 1 ' ... x M ' is an x-coordinate for each stereo camera detection with respect to the origin (x 0 , y 0 ) and x 1 ' ... x M ' being each the sum of the respective distance measured per stereo camera detection by the stereo camera device in direction of the x-axis and the x-position x c of the stereo camera device , where furthermore, for the origin (x 0 , y 0 ) of the x-axis and the y-axis , v x0 is the velocity x-component and v y0 is the velocity y-component for the velocity vector v 0 of the origin (x 0 , y 0 ) and ω is an angular velocity of the object with respect to said origin (x 0 , y 0 ) , where the two-dimensional motion state of the object is expressed by means of the velocity vector v 0 at the known position (x 0 ,y 0 ) of the origin and the corresponding angular velocity ω of the object around said origin (x 0 ,y 0 ). .
A portable communication device comprising: a housing at least partially including a metal portion; a buffer member disposed on at least one portion of the metal portion of the housing , a glass plate forming at least one portion of an outer surface of the portable communication device, a seating groove formed on a portion of the housing adjacent to at least a portion of an edge area of the glass plate , and a binding groove formed in the seating groove , wherein the at least one portion of the edge area of the glass plate is positioned adjacent to the buffer member , wherein a portion of the buffer member is formed in and fixedly engaged with the binding groove and another portion of the buffer member is at least partially accommodated in at least a portion of the seating groove . a housing at least partially including a metal portion; a buffer member disposed on at least one portion of the metal portion of the housing , a glass plate forming at least one portion of an outer surface of the portable communication device, a seating groove formed on a portion of the housing adjacent to at least a portion of an edge area of the glass plate , and a binding groove formed in the seating groove , wherein the at least one portion of the edge area of the glass plate is positioned adjacent to the buffer member , wherein a portion of the buffer member is formed in and fixedly engaged with the binding groove and another portion of the buffer member is at least partially accommodated in at least a portion of the seating groove .
An apparatus comprising: a watercraft configured to operate in a body of water , the watercraft comprising: a first sensor configured to measure in a downward direction a velocity of a quasi-stationary auxiliary water vessel relative to the watercraft that is deployed at a depth between the watercraft and a ground surface of the body of water; a second sensor configured to measure a velocity of current in the body of water relative to the watercraft that may be affecting auxiliary water vessel ; and a navigation controller configured to process the velocity measurement of the auxiliary water vessel and the velocity measurement of the current to determine a net movement of the watercraft, and to control a propulsion system to compensate for the net movement of the watercraft to hold the watercraft in a stationary position. a first sensor configured to measure in a downward direction a velocity of a quasi-stationary auxiliary water vessel relative to the watercraft that is deployed at a depth between the watercraft and a ground surface of the body of water; a second sensor configured to measure a velocity of current in the body of water relative to the watercraft that may be affecting auxiliary water vessel ; and a navigation controller configured to process the velocity measurement of the auxiliary water vessel and the velocity measurement of the current to determine a net movement of the watercraft, and to control a propulsion system to compensate for the net movement of the watercraft to hold the watercraft in a stationary position.