mhurhangee/patent-ind-claim-en huggingface dataset:
A crusher comprising - a main frame , and - a crushing head mounted upon a main shaft, wherein a crushing gap (G) is formed between an outer surface of the crushing head and an inner circumferential surface of a mantle provided within the main frame , and wherein the crusher further comprises at least one protective liner which is releasably fitted within the crusher, at least a part of an outwardly directed surface of the protective liner constituting a wear surface, characterized in that the at least one protective liner comprises an elastic material layer and wear resistant inserts retained by the elastic material layer , wherein outwardly directed surfaces of the wear resistant inserts form part of the wear surface of the protective liner , and the crusher further comprises a steel liner arranged so as to cover and protect a structural element of the crusher which is subject to wear, wherein the protective liner is fixed to the steel liner , wherein a surface area of the protective liner is smaller than a surface area of the steel liner so that the protective liner covers only part of the surface area of the steel liner . - a main frame , and - a crushing head mounted upon a main shaft,
An array-type polarization-maintaining multi-core fiber, including a main outer cladding and plurality of fiber core units, and further including one pair of stress units , wherein the fiber core units and the stress units are arranged to form a unit array, the unit array including one central unit and any unit in the unit array being equidistantly arranged from adjacent units thereof; the pair of stress units being arranged symmetrically about one fiber core unit to form a polarization-maintaining fiber core unit ; and the fiber core units each include a fiber core and an inner cladding surrounding a core layer, and a portion outside the fiber core units and the stress units is the main outer cladding , wherein the central unit is a fiber core unit, and the stress units are symmetrically arranged on adjacent two sides of the fiber core unit as the central unit to form a central polarization-maintaining fiber core unit , wherein the unit array includes seven units, and is a regular hexagonal single-layer unit array including one fiber core unit located at a center and the pair of stress units symmetrical about the center, the rest of the units being fiber core units , or the array unit includes nineteen units, and is a regular hexagonal double-layer unit array including one fiber core unit located at a center and the pair of stress units symmetrical about the center, the rest of the units being fiber core units .
A transdermal absorbent product for therapeutic use in reducing subcutaneous fat, wherein the transdermal absorbent comprises a phytostenone.
A double gate valve comprising a housing with a first housing part having an inner wall ; a second housing part having an inner wall ; and a closure part which is arranged in a movable manner between the first housing part and the second housing part and has an inner wall ; wherein, in an open position of the valve , an exit opening of the first housing part is assigned to an entry opening of the closure part and an exit opening of the closure part is assigned to an entry opening of the second housing part , characterized in that the valve comprises an erosion-protection device , the erosion-protection device comprises at least one baffle projecting beyond a contour of the inner wall of the closure part , wherein the at least one baffle is arranged on the inner wall of the closure part .
A method comprising: transmitting, by a first provider , to a user device , content via a plurality of channels wherein the content comprises video and audio, wherein each channel of the plurality of channels is associated with a different transmission mechanism of a plurality of transmission mechanisms; detecting, by the first provider , interference from a second provider affecting the plurality of channels ; identifying, by the first provider , based on a measured aggregate signal power of each signal of one or more signals transmitted via the plurality of channels , a first channel of the plurality of channels that is affected by the interference ; identifying, by the first provider , the content transmitted on the affected first channel ; determining a second channel of the plurality of channels that is transmitting the content, wherein the second channel is associated with a transmission mechanism different from the first channel ; and transmitting, by the first provider , a signal to the user device to cause the user device to tune to the second channel . transmitting, by a first provider , to a user device , content via a plurality of channels wherein the content comprises video and audio, wherein each channel of the plurality of channels is associated with a different transmission mechanism of a plurality of transmission mechanisms; detecting, by the first provider , interference from a second provider affecting the plurality of channels ; identifying, by the first provider , based on a measured aggregate signal power of each signal of one or more signals transmitted via the plurality of channels , a first channel of the plurality of channels that is affected by the interference ; identifying, by the first provider , the content transmitted on the affected first channel ; determining a second channel of the plurality of channels that is transmitting the content, wherein the second channel is associated with a transmission mechanism different from the first channel ; and transmitting, by the first provider , a signal to the user device to cause the user device to tune to the second channel .
An occupancy sensor characterised by comprising passive infrared sensor, PIR sensor, configured to sense values indicative of a person approaching or moving away from the occupancy sensor, and an infrared sensor, IR sensor, configured to detect the presence or absence of warm bodies, the occupancy sensor being configured to confirm occupancy or non-occupancy in dependence on signals measured by both the PIR sensor and the IR sensor wherein one half of the PIR sensor is shielded by covering half of the PIR sensor, wherein an ambient temperature sensor comprising a thermistor is further provided, adapted to monitor the ambient temperature and convert this into a value that is subtracted from the IR value sensed by the IR sensor, to neutralize inaccuracies in the IR value caused by a change in temperature.
An electric work vehicle that includes a mounted body enabling execution of a specific work and is capable of running by electric power supplied from a battery, the electric work vehicle comprising: left and right main frames that are paired and extend in a vehicle front-rear direction; a cab provided in a front portion of the main frame in the vehicle front-rear direction; an electrical component unit disposed on the main frame in a position lower than a lower surface of the cab; and a PTO unit having a work machine drive unit for driving a work machine to execute the specific work by the mounted body, and a mounted motor for supplying rotational power, by electric power of the battery, to the work machine drive unit, wherein in the PTO unit, the mounted motor is in a position lower than the lower surface of the cab and in a lowermost layer region of a space where the electrical component unit is disposed, and the work machine drive unit is disposed in a position rearward from the mounted motor. left and right main frames that are paired and extend in a vehicle front-rear direction; a cab provided in a front portion of the main frame in the vehicle front-rear direction; an electrical component unit disposed on the main frame in a position lower than a lower surface of the cab; and a PTO unit having a work machine drive unit for driving a work machine to execute the specific work by the mounted body, and a mounted motor for supplying rotational power, by electric power of the battery, to the work machine drive unit, wherein in the PTO unit, the mounted motor is in a position lower than the lower surface of the cab and in a lowermost layer region of a space where the electrical component unit is disposed, and the work machine drive unit is disposed in a position rearward from the mounted motor.
Method for producing a sheet metal forming component from a blank by means of U-O-forming, wherein firstly a preform is produced by the U-forming and subsequently a final shaping into a final form is performed by the O-forming, characterized by the following method steps: - providing a flat blank , - forming the blank on a forming tool, with a curvature about a first spatial axis (X), - inserting a forming punch into the blank formed with the first curvature , wherein a second curvature of the blank about a second spatial axis (Y) is produced by the forming punch , which is preferably substantially orthogonal to the first spatial axis (X), characterized in that a third curvature is simultaneously produced about a third spatial axis (Z), wherein the third spatial axis is substantially orthogonal to the first spatial axis (X) and to the second spatial axis (Y), wherein a U-preform is produced by these two method steps, wherein the insertion of the forming punch produces the first curvature on the U-preform and the U-preform has the first curvature , the second curvature and the third curvature , - O-forming the U-preform produced in this way. - providing a flat blank , - forming the blank on a forming tool, with a curvature about a first spatial axis (X), - inserting a forming punch into the blank formed with the first curvature , wherein a second curvature of the blank about a second spatial axis (Y) is produced by the forming punch , which is preferably substantially orthogonal to the first spatial axis (X), characterized in that a third curvature is simultaneously produced about a third spatial axis (Z), wherein the third spatial axis is substantially orthogonal to the first spatial axis (X) and to the second spatial axis (Y), wherein a U-preform is produced by these two method steps, wherein the insertion of the forming punch produces the first curvature on the U-preform and the U-preform has the first curvature , the second curvature and the third curvature , - O-forming the U-preform produced in this way.
A method for capturing images of tissue samples, the method comprising: positioning a tissue sample within a selectable field of view, wherein the tissue sample is embedded in a substrate block ; illuminating the substrate block embedded tissue sample with a polarized light; capturing a first image of the substrate block embedded tissue sample from light reflected by the tissue sample positioned within the field of view; illuminating the substrate block embedded tissue sample with a non-polarized light; capturing a second image of the substrate block embedded tissue sample from light reflected by the tissue sample positioned within the field of view; characterized by processing the first and second images to create an overlay image comprising the second image overlaying the first image; identifying cut tissue in the substrate block embedded tissue sample , wherein the cut tissue is tissue present at a cut surface of the substrate block after slicing; identifying uncut tissue in the substrate block embedded tissue sample , wherein the uncut tissue is tissue present below the cut surface of the substrate block after slicing; identifying a boundary of the cut tissue with respect to the uncut tissue; and storing the overlay image in an archive. positioning a tissue sample within a selectable field of view, wherein the tissue sample is embedded in a substrate block ; illuminating the substrate block embedded tissue sample with a polarized light; capturing a first image of the substrate block embedded tissue sample from light reflected by the tissue sample positioned within the field of view; illuminating the substrate block embedded tissue sample with a non-polarized light; capturing a second image of the substrate block embedded tissue sample from light reflected by the tissue sample positioned within the field of view; characterized by processing the first and second images to create an overlay image comprising the second image overlaying the first image; identifying cut tissue in the substrate block embedded tissue sample , wherein the cut tissue is tissue present at a cut surface of the substrate block after slicing; identifying uncut tissue in the substrate block embedded tissue sample , wherein the uncut tissue is tissue present below the cut surface of the substrate block after slicing; identifying a boundary of the cut tissue with respect to the uncut tissue; and storing the overlay image in an archive.
An apparatus comprising means for performing: Ethernet communication for transmitting and receiving Ethernet frames ; IP communication for transmitting and receiving IP data packets over a cellular network ; transforming Ethernet frames to IP data packets and vice versa for enabling Ethernet communication over IP transport; and maintaining a header transformation table between Ethernet and IP traffic flows; wherein said transforming comprises using the header transformation table and performing header transformation by removing Ethernet headers from received Ethernet frames and including Ethernet payload in IP data packets, and by reconstructing Ethernet headers for received IP data packets for transmission of payload from the IP data packets in Ethernet frames; and wherein said transforming comprises using traffic class and flow label fields of IPv6 headers of IP data packets to carry dynamic information from the removed Ethernet headers. Ethernet communication for transmitting and receiving Ethernet frames ; IP communication for transmitting and receiving IP data packets over a cellular network ; transforming Ethernet frames to IP data packets and vice versa for enabling Ethernet communication over IP transport; and maintaining a header transformation table between Ethernet and IP traffic flows; wherein said transforming comprises using the header transformation table and performing header transformation by removing Ethernet headers from received Ethernet frames and including Ethernet payload in IP data packets, and by reconstructing Ethernet headers for received IP data packets for transmission of payload from the IP data packets in Ethernet frames; and wherein said transforming comprises using traffic class and flow label fields of IPv6 headers of IP data packets to carry dynamic information from the removed Ethernet headers.
A winding mechanism for a sunscreen , for use in an open roof construction for a vehicle, comprising a winding shaft which is supported at each longitudinal end to a stationary part of the open roof construction, and forming a central axis for rotation and a winding tube for winding and unwinding the sunscreen, being rotatable around the central axis, at least one spring member configured to bias the winding tube in a direction for winding the sunscreen thereon, said spring member arranged adjacent to an inner surface of the winding tube and an outer surface of the winding shaft , and at least one sleeve configured to engage the spring member and inhibit noise from the spring member, wherein the sleeve comprises an inner surface and an outer surface, wherein the at least one sleeve is connected along its inner surface to the winding shaft or along its outer surface to the winding tube , characterized in that the at least one sleeve has a permanent attachment to the winding shaft or the winding tube such that said sleeve, which is flexible, will not shift in any lateral or radial direction relative to said spring member under influence of engagement forces of the spring member, wherein the at least one sleeve is circularly knitted or braided from yarns from the material class comprising Polyolefin, Polyester or Polyamide, and be able to withstand temperatures up to at least 200°C, and wherein the at least one sleeve comprises additional yarns of a material that melts at temperatures in the range of 140-200°C.
Wireless sensor for detection or measurement of at least one specific component present in a gaseous or liquid mixture, the gas sensor comprising at least one sensor cell having a high-electron-mobility transistor comprising a source and a drain with a gate intercalated between the source and the drain, characterized in that said at least one sensor cell having a high-electron-mobility transistor is associated with at least one split-ring resonator with at least one respective slit and connected between, on the one hand, the drain and on the other hand, the gate or the source of said at least one sensor cell , the sensor detecting a change in the intensity or the frequency of resonance as a function of the presence and/or of the concentration of said at least one specific component in the gaseous or liquid mixture.
A complex comprising a cationic antibacterial agent and a metal salt, wherein the metal salt is a stannous salt and the cationic antibacterial agent is cetylpyridinium chloride (CPC).
A composition comprising, especially in a physiologically acceptable medium: (a) an aqueous phase; and (b) at least one anionic foaming surfactant; and (c) at least one amphoteric or zwitterionic foaming surfactant; and (d) at least PEG-90M; and (e) at least one of PEG-150 pentaerythrityl tetrastearate in isolated form or a mixture of PEG-150 pentaerythrityl tetrastearate, of PEG-6 caprylic/capric triglycerides and of water (50/20/30% by weight).; and (f) a polymeric suspension agent, said polymeric suspension agent being chosen from: - water-soluble polysaccharides; - associative or non-associative crosslinked homopolymers and crosslinked copolymers of acrylic acid and/or methacrylic acid and/or esters thereof; and - associative polyether-urethane polymers. (a) an aqueous phase; and (b) at least one anionic foaming surfactant; and (c) at least one amphoteric or zwitterionic foaming surfactant; and (d) at least PEG-90M; and (e) at least one of PEG-150 pentaerythrityl tetrastearate in isolated form or a mixture of PEG-150 pentaerythrityl tetrastearate, of PEG-6 caprylic/capric triglycerides and of water (50/20/30% by weight).; and (f) a polymeric suspension agent, said polymeric suspension agent being chosen from: - water-soluble polysaccharides; - associative or non-associative crosslinked homopolymers and crosslinked copolymers of acrylic acid and/or methacrylic acid and/or esters thereof; and - associative polyether-urethane polymers. - water-soluble polysaccharides; - associative or non-associative crosslinked homopolymers and crosslinked copolymers of acrylic acid and/or methacrylic acid and/or esters thereof; and - associative polyether-urethane polymers.
A photographing module , at least including an electric drive assembly, a photo sensor and a vibration sensor , wherein: the electric drive assembly at least comprises a movable member , a fixed member and an electric unit, wherein the movable member at least comprises a lens element, the fixed member has a hollow central portion around an optical axis of the photographing module , the photo sensor is positioned on an image side of the photographing module and is connected to the fixed member ; and the vibration sensor is capable of detecting directions and magnitude of a vibration; wherein the electric unit is a magnetic circuit system, wherein said magnetic circuit system comprises at least three magnets and three coils so as to form three magnet-coil sets whereby said magnetic circuit system is evenly and symmetrically disposed around said movable member , and can drive the movable member to move with respect to the optical axis and incline at an angle with respect to the optical axis , characterized in that said vibration sensor is connected to said photo sensor in said photographing module ; and in that the direction of magnetic poles of each of the magnets is aligned to the axis with respect to which one of the coils corresponding thereto winds. the electric drive assembly at least comprises a movable member , a fixed member and an electric unit, wherein the movable member at least comprises a lens element, the fixed member has a hollow central portion around an optical axis of the photographing module , the photo sensor is positioned on an image side of the photographing module and is connected to the fixed member ; and the vibration sensor is capable of detecting directions and magnitude of a vibration; wherein the electric unit is a magnetic circuit system, wherein said magnetic circuit system comprises at least three magnets and three coils so as to form three magnet-coil sets whereby said magnetic circuit system is evenly and symmetrically disposed around said movable member , and can drive the movable member to move with respect to the optical axis and incline at an angle with respect to the optical axis , characterized in that said vibration sensor is connected to said photo sensor in said photographing module ; and in that the direction of magnetic poles of each of the magnets is aligned to the axis with respect to which one of the coils corresponding thereto winds.
An air purification module comprising: a housing having an interior space defined therein and provided with an air inlet and an air outlet ; an axial type blowing fan disposed inside the housing to force air to flow from the air inlet to the air outlet; an air purification unit disposed on a flow path of the air and purifying the air; and a first guide reducing a flow rate of the air between the axial type blowing fan and the air purification unit, wherein the air purification unit comprises: a filter disposed between the axial type blowing fan and the air outlet; and a light source unit emitting light to the filter, wherein the filter includes a photocatalyst filter and the light source unit emits UV light wherein, when two points disposed on the flow path and sequentially arranged between the axial type blowing fan and the filter are referred to as a first point and a second point, respectively, the flow rate at the second point is smaller than the flow rate at the first point characterized in that the first guide guides the air such that the flow path of the air has a width gradually increasing from the axial type blowing fan to the filter. a housing having an interior space defined therein and provided with an air inlet and an air outlet ; an axial type blowing fan disposed inside the housing to force air to flow from the air inlet to the air outlet; an air purification unit disposed on a flow path of the air and purifying the air; and a first guide reducing a flow rate of the air between the axial type blowing fan and the air purification unit, wherein the air purification unit comprises: a filter disposed between the axial type blowing fan and the air outlet; and a light source unit emitting light to the filter, wherein the filter includes a photocatalyst filter and the light source unit emits UV light wherein, when two points disposed on the flow path and sequentially arranged between the axial type blowing fan and the filter are referred to as a first point and a second point, respectively, the flow rate at the second point is smaller than the flow rate at the first point characterized in that the first guide guides the air such that the flow path of the air has a width gradually increasing from the axial type blowing fan to the filter. a filter disposed between the axial type blowing fan and the air outlet; and a light source unit emitting light to the filter, wherein the filter includes a photocatalyst filter and the light source unit emits UV light wherein, when two points disposed on the flow path and sequentially arranged between the axial type blowing fan and the filter are referred to as a first point and a second point, respectively, the flow rate at the second point is smaller than the flow rate at the first point characterized in that the first guide guides the air such that the flow path of the air has a width gradually increasing from the axial type blowing fan to the filter.