mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for forming an absorbent pad for an absorbent sanitary article, the pad comprising a first layer , a second layer and an absorbent material interposed between the first and the second layer and arranged according to an absorbent material spreading pattern M1 having at least one channel which is free of absorbent material, the apparatus comprising a forming drum , a first feed system for feeding to the forming drum a first web (NW1), intended to form the first layer , a second feed system for feeding to the forming drum a second web (NW2), intended to form the second layer , at least one spreader for spreading the absorbent material on the forming drum , creating a gap between the spreader and the forming drum , the forming drum comprising a suction system to create on the first web (NW1) disposed on the forming drum a spread of absorbent material according to the absorbent material spreading pattern (M1), the forming drum comprising at least one insert in the suction system to inhibit suction at the channel so that the absorbent material is not retained at the channel , the first web (NW1), the second web (NW2) and the absorbent material together forming a composite web (NW), the apparatus comprising a system for joining the first and second webs (NW1, NW2) and located downstream of the second feed system , the apparatus being characterized in that it comprises a removal system for removing the absorbent material to remove any absorbent material that may be present on the first web (NW1) at the channel wherein the removal system comprises the suction system which draws an air flow (F1) into the spreader through the gap, and a system for regulating the negative pressure air flow (F1). a forming drum , a first feed system for feeding to the forming drum a first web (NW1), intended to form the first layer , a second feed system for feeding to the forming drum a second web (NW2), intended to form the second layer , at least one spreader for spreading the absorbent material on the forming drum , creating a gap between the spreader and the forming drum , the forming drum comprising a suction system to create on the first web (NW1) disposed on the forming drum a spread of absorbent material according to the absorbent material spreading pattern (M1), the forming drum comprising at least one insert in the suction system to inhibit suction at the channel so that the absorbent material is not retained at the channel , the first web (NW1), the second web (NW2) and the absorbent material together forming a composite web (NW), the apparatus comprising a system for joining the first and second webs (NW1, NW2) and located downstream of the second feed system , the apparatus being characterized in that it comprises a removal system for removing the absorbent material to remove any absorbent material that may be present on the first web (NW1) at the channel wherein the removal system comprises the suction system which draws an air flow (F1) into the spreader through the gap, and a system for regulating the negative pressure air flow (F1).
A method for transferring energy from a stationary unit of a linear transport system to a movable unit of a linear transport system , wherein the linear transport system comprises a guide rail for guiding the movable unit , a plurality of stationary units , and a linear motor for driving the movable unit along the guide rail , wherein the linear motor comprises a stator and a rotor , wherein the stator comprises the stationary units , each comprising one or a plurality of drive coils, wherein the rotor is arranged on the movable unit and comprises one or a plurality of magnets , wherein the stationary units each comprise one or a plurality of energy-transmitting coils , wherein the movable unit comprises at least one energy-receiving coil , wherein the linear transport system comprises a controller , wherein the following steps are carried out by the controller : - determining position data of the energy-receiving coil of the movable unit ; - selecting at least one energy-transmitting coil within the linear transport system based on position data from the energy-receiving coil ; - outputting a control signal to the stationary unit comprising the at least one energy-transmitting coil , comprising an identification information by which the at least one energy-transmitting coil may be identified, wherein the control signal comprises energy quantity information, wherein the energy quantity information comprises an energy quantity to be transmitted, wherein the quantity of energy comprises a load energy quantity at a first point in time and an idle energy quantity at a second point in time, wherein the load energy quantity is sufficient to operate a tool arranged on the movable unit , wherein the idle energy quantity is sufficient to maintain a power supply to a communication unit of the movable unit , however, is not sufficient to have the tool carry out an additional action. - determining position data of the energy-receiving coil of the movable unit ; - selecting at least one energy-transmitting coil within the linear transport system based on position data from the energy-receiving coil ; - outputting a control signal to the stationary unit comprising the at least one energy-transmitting coil , comprising an identification information by which the at least one energy-transmitting coil may be identified, wherein the control signal comprises energy quantity information, wherein the energy quantity information comprises an energy quantity to be transmitted, wherein the quantity of energy comprises a load energy quantity at a first point in time and an idle energy quantity at a second point in time, wherein the load energy quantity is sufficient to operate a tool arranged on the movable unit , wherein the idle energy quantity is sufficient to maintain a power supply to a communication unit of the movable unit , however, is not sufficient to have the tool carry out an additional action.
A method of producing a plurality of wood lamellae having an approximately trapezoidal cross section, the method comprising: providing a half log having a semicircular cross section, presenting a convex surface and a planar surface , cutting a groove at a central portion of the planar surface , such that the groove extends along a length direction (L) of the log , and cutting at least two radial cuts , each extending radially from the convex surface to the groove and along the length direction (L), such that at least three wood lamellae are formed. providing a half log having a semicircular cross section, presenting a convex surface and a planar surface , cutting a groove at a central portion of the planar surface , such that the groove extends along a length direction (L) of the log , and cutting at least two radial cuts , each extending radially from the convex surface to the groove and along the length direction (L), such that at least three wood lamellae are formed.
Aircraft vertical stabilizer illumination light , configured to illuminate a vertical stabilizer of an aircraft , the aircraft vertical stabilizer illumination light comprising: a housing having a length (L), a width (W), and a height (H), the length (L) being greater than the width (W) and the height (H); and a plurality of light sources , wherein the plurality of light sources are arranged spaced along the length (L) of the housing for a distributed illumination of the vertical stabilizer , wherein the housing is configured to be mounted adjacent the vertical stabilizer on a tail portion of a fuselage of the aircraft , and wherein the aircraft vertical stabilizer illumination light has a light emission intensity peak at an angle (φ) of between 20° and 40° to a normal of a tangential plane to a top of the aircraft vertical stabilizer illumination light . a housing having a length (L), a width (W), and a height (H), the length (L) being greater than the width (W) and the height (H); and a plurality of light sources , wherein the plurality of light sources are arranged spaced along the length (L) of the housing for a distributed illumination of the vertical stabilizer , wherein the housing is configured to be mounted adjacent the vertical stabilizer on a tail portion of a fuselage of the aircraft , and wherein the aircraft vertical stabilizer illumination light has a light emission intensity peak at an angle (φ) of between 20° and 40° to a normal of a tangential plane to a top of the aircraft vertical stabilizer illumination light .
A support member configured for use in a machine room of an elevator system , comprising: a base including a car end and a counterweight end , the counterweight end being arranged substantially parallel to a wall of the machine room; an idler sheave having a plurality of grooves mounted to the base in an orientation generally parallel to the car end, the idler sheave being configured to rotate about a first axis of rotation (S); and characterized by : the counterweight end being arranged at an angle relative to the car end; and a plurality of individual sheaves mounted to the base in a staggered configuration substantially complementary to the angle of the counterweight end relative to the car end such that a distance between the idler sheave and each of the plurality of individual sheaves gradually increases from a first side of the counterweight end to a second, opposite side of the counterweight end , each of the plurality of individual sheaves being configured to rotate about a second, substantially horizontal axis of rotation (T) parallel to the first axis of rotation and about a third axis of rotation (X), the third axis of rotation being substantially vertical. a base including a car end and a counterweight end , the counterweight end being arranged substantially parallel to a wall of the machine room; an idler sheave having a plurality of grooves mounted to the base in an orientation generally parallel to the car end, the idler sheave being configured to rotate about a first axis of rotation (S); and characterized by : the counterweight end being arranged at an angle relative to the car end; and a plurality of individual sheaves mounted to the base in a staggered configuration substantially complementary to the angle of the counterweight end relative to the car end such that a distance between the idler sheave and each of the plurality of individual sheaves gradually increases from a first side of the counterweight end to a second, opposite side of the counterweight end , each of the plurality of individual sheaves being configured to rotate about a second, substantially horizontal axis of rotation (T) parallel to the first axis of rotation and about a third axis of rotation (X), the third axis of rotation being substantially vertical. the counterweight end being arranged at an angle relative to the car end; and a plurality of individual sheaves mounted to the base in a staggered configuration substantially complementary to the angle of the counterweight end relative to the car end such that a distance between the idler sheave and each of the plurality of individual sheaves gradually increases from a first side of the counterweight end to a second, opposite side of the counterweight end , each of the plurality of individual sheaves being configured to rotate about a second, substantially horizontal axis of rotation (T) parallel to the first axis of rotation and about a third axis of rotation (X), the third axis of rotation being substantially vertical.
A vehicle cabin audio system comprising: a first speaker positioned to provide first audio content to a first seating position within a vehicle cabin based on an audio signal received from an audio signal source; a second speaker positioned to provide second audio content to a second seating position within the vehicle cabin; a first microphone assembly positioned to detect first speech content originating at the second seating position, leaked second audio content from the second speaker, and road noise; and audio signal processing circuitry coupled to at least the first microphone assembly and configured to determine a perturbing signal based at least in part on a combination of the first speech content, the leaked second audio content from the second speaker, and the road noise, and adjust the audio signal to the first speaker based on a frequency of the audio signal to compensate for an effect of the perturbing signal on the first audio content at the first seating position a second microphone assembly positioned to detect at least second speech content originating at a third seating position, the second speech content being different from the first speech content, wherein the audio signal processing circuity is coupled to the second microphone assembly and further configured to determine the perturbing signal based on the second speech content, and the first microphone assembly is further configured to detect the second speech content, and wherein the audio signal processing circuitry is configured to distinguish the first speech content detected by the first microphone assembly from the second speech content detected by the first microphone assembly based on a direction of each of the first speech content and the second speech content relative to the first microphone assembly. a first speaker positioned to provide first audio content to a first seating position within a vehicle cabin based on an audio signal received from an audio signal source; a second speaker positioned to provide second audio content to a second seating position within the vehicle cabin; a first microphone assembly positioned to detect first speech content originating at the second seating position, leaked second audio content from the second speaker, and road noise; and audio signal processing circuitry coupled to at least the first microphone assembly and configured to determine a perturbing signal based at least in part on a combination of the first speech content, the leaked second audio content from the second speaker, and the road noise, and adjust the audio signal to the first speaker based on a frequency of the audio signal to compensate for an effect of the perturbing signal on the first audio content at the first seating position
A system for monitoring deflection of turbine blades of a wind turbine comprising a tower , wherein the turbine blades comprise segments along a length of the turbine blades , the system comprising: a position detection apparatus mounted to the wind turbine distant from the turbine blades , the position detection apparatus comprising position detection components each configured to detect a presence or absence of a corresponding one of the segments of the turbine blades ; and a deflection controller configured to receive the presence or absence detection and to use the presence or absence detection to determine a distance of each of the segments of the turbine blades relative to the tower , whereby the distance of each of the segments of the turbine blades relative to the tower is representative of the deflection of the turbine blades , wherein each of the position detection components are set to a spread angle, the spread angle defining a detection area for detecting the presence of a blade segment, characterized in that the spread angle associated with a first one of the position detection components is larger than the spread angle associated with a second one of the position detection components and wherein the first position detection component is oriented to detect a segment of a turbine blade closer to the blade tip than the second position detection component . a position detection apparatus mounted to the wind turbine distant from the turbine blades , the position detection apparatus comprising position detection components each configured to detect a presence or absence of a corresponding one of the segments of the turbine blades ; and a deflection controller configured to receive the presence or absence detection and to use the presence or absence detection to determine a distance of each of the segments of the turbine blades relative to the tower , whereby the distance of each of the segments of the turbine blades relative to the tower is representative of the deflection of the turbine blades ,
A device for radiation absorption or radiation emission, wherein the device comprises at least one fibre of plastics material with electrical conductivity, wherein the fibre material is formed by a base material of PET or aramid in which elements are embedded and wherein the elements have an atomic size and are spaced apart in such a way that electron clouds overlap at least in sections, wherein the embedded elements comprise one or more of the following chemical elements optionally in the pure state or as an alloy: rare earth metals, in particular lanthanum; iron, manganese, phosphorus, silicon, germanium, zinc, fluorine, arsenic, aluminium, copper, nickel, earth metals, in particular magnesium or calcium, and/or alkali metals, in particular sodium or potassium, wherein the device is characterised in that the embedded elements are formed by MnFe-phosphorus compounds, or wherein the embedded elements are formed by MnFe(As,PwGexSiz)s with x = 0.3 - 0, 7 and w less than or equal to 1 - x and z = 1 - x- w, or wherein the embedded elements are formed by FeMn-phosphorus compounds with As,Si-phosphorus substitution and combined with La(FeMnP)AlCo, or wherein the embedded elements are formed by compounds with Mn-Zn, or wherein the embedded elements are formed by an alloy with FeMnP0.7Ge0.3 or FeMnP0.5Ge0.5 or Fe0.86Mn 1.14P0.5Si0.35Ge0.15.
IPdR 5-iodo-2-pyrimidinone-2'-deoxyribose for use in a method of treating cancer in a human patient, the method comprising the steps of: administering IPdR to the patient in the form of an oral drug; administering a chemotherapeutic drug to the patient; and administering radiation therapy (RT) to the patient; wherein the IPdR is administered at least for a period of time prior to administering RT to the patient. administering IPdR to the patient in the form of an oral drug; administering a chemotherapeutic drug to the patient; and administering radiation therapy (RT) to the patient; wherein the IPdR is administered at least for a period of time prior to administering RT to the patient.
A thermoplastic polyurethane obtainable or obtained by converting at least components (i) to (iii): (i) a polyisocyanate composition, (ii) at least one chain extender, and (iii) at least one polyol composition, wherein the polyol composition comprises at least one polyol (P1) which has a molecular weight Mw in the range from 500 to 2000 g/mol and has at least one aromatic polyester block (B1), wherein the hard segment content in the thermoplastic polyurethane is < 75%. (i) a polyisocyanate composition, (ii) at least one chain extender, and (iii) at least one polyol composition,
Window having a hardware groove , at least comprising: - an outer frame , to be connected to a building part, having a stop web (11.1) facing a building exterior and a window casement connected movably thereto, said window casement being openable towards a building interior and with a lip (21.3) being intended to be placed in a sealing manner against an inner visible face (11.3) of the outer frame ; - a hardware unit , via which at least one bolt element is movable by means of a pushing element and is intended to be engaged with at least one bolt receiving element attached fixedly to a rebate face, wherein the pushing element is mounted in a hardware groove formed in a recessed manner with respect to a rebate face (11.4), wherein - the hardware unit and the pushing element are arranged with the bolt element in the outer frame , wherein the hardware groove is formed in a rebate face (11.4) on the inner periphery of the outer frame , and wherein - the bolt receiving element is arranged on a rebate face (21.4) on the outer periphery of the window casement , characterized in that the window casement is made from a plastics hollow profile , wherein the cross section of the window casement does not have a hardware groove , and at least one metal reinforcing profile has been inserted into a cavity that extends into a rebate lip (21.3). - an outer frame , to be connected to a building part, having a stop web (11.1) facing a building exterior and a window casement connected movably thereto, said window casement being openable towards a building interior and with a lip (21.3) being intended to be placed in a sealing manner against an inner visible face (11.3) of the outer frame ; - a hardware unit , via which at least one bolt element is movable by means of a pushing element and is intended to be engaged with at least one bolt receiving element attached fixedly to a rebate face, wherein the pushing element is mounted in a hardware groove formed in a recessed manner with respect to a rebate face (11.4), wherein - the hardware unit and the pushing element are arranged with the bolt element in the outer frame , wherein the hardware groove is formed in a rebate face (11.4) on the inner periphery of the outer frame , and wherein - the bolt receiving element is arranged on a rebate face (21.4) on the outer periphery of the window casement , characterized in that the window casement is made from a plastics hollow profile , wherein the cross section of the window casement does not have a hardware groove , and at least one metal reinforcing profile has been inserted into a cavity that extends into a rebate lip (21.3).
An electronic device comprising: a touch screen display configured to comprise a touch panel; a processor configured to be electrically connected to the touch screen display; and a memory configured to be electrically connected to the processor, wherein the memory is configured to store instructions that, when executed, enable the processor to: receive, from the touch panel, data about touch or proximity of a stylus brush on or to the touch screen display; identify a first area of the touch panel related to the touch or the proximity of the stylus brush relative to the touch panel based at least partially on the data; identify a second area corresponding to a relatively high signal strength in the first area; identify a third area corresponding to a relatively low signal strength in the first area; and display at least one image on the touch screen display based on positions and/or sizes of the first area, the second area and the third area. a touch screen display configured to comprise a touch panel; a processor configured to be electrically connected to the touch screen display; and a memory configured to be electrically connected to the processor, wherein the memory is configured to store instructions that, when executed, enable the processor to: receive, from the touch panel, data about touch or proximity of a stylus brush on or to the touch screen display; identify a first area of the touch panel related to the touch or the proximity of the stylus brush relative to the touch panel based at least partially on the data; identify a second area corresponding to a relatively high signal strength in the first area; identify a third area corresponding to a relatively low signal strength in the first area; and display at least one image on the touch screen display based on positions and/or sizes of the first area, the second area and the third area. receive, from the touch panel, data about touch or proximity of a stylus brush on or to the touch screen display; identify a first area of the touch panel related to the touch or the proximity of the stylus brush relative to the touch panel based at least partially on the data; identify a second area corresponding to a relatively high signal strength in the first area; identify a third area corresponding to a relatively low signal strength in the first area; and display at least one image on the touch screen display based on positions and/or sizes of the first area, the second area and the third area.