mhurhangee/patent-ind-claim-en huggingface dataset:
Sensor (102; 202) for ascertaining a condition of a roadway surface for a motor vehicle , said sensor comprising - at least one light source unit (112; 212); - a first detector (122; 222) for detecting diffusely reflected light, wherein a first polarizer with a first polarization direction is disposed upstream of the first detector (122; 222); and - a second detector (132; 232) for detecting reflected light (16; 26), wherein a light source polarizer (114; 214) is disposed upstream of the at least one light source unit (112; 212), the polarization direction of said light source polarizer being aligned perpendicular to the first polarization direction of the first polarizer , wherein the diffusely and specularly reflected light (16; 26) is focused by way of a common focusing device (160; 162; 260) with an optical axis (A; B) and split by means of a beam splitter (150; 250) to the first detector (122; 222) and the second detector (132; 232) and wherein light (11; 21) emitted by the at least one light source unit (112; 212) is at least partly superposed with the optical axis (A; B) of the focusing device (160; 162; 260), wherein the beam splitter (150; 250) is disposed in the light beam of the reflected light (16; 26) between the focusing device (160; 162; 260) and the focus (161; 261) of the focusing device (160; 162; 260), the first detector (122; 222) is disposed in the focus (161; 261) of the focusing device (160; 162; 260); the at least one light source unit (112; 212), an emitter lens (116, 117; 216), which focuses the emitted light (11; 21) and which is associated with the at least one light source unit (112; 212), and the light source polarizer are disposed on the optical axis (A; B) of the focusing device (160; 162; 260) and the at least one light source unit (112; 212) is disposed along the optical axis (A; B) between the beam splitter (150; 250) and the light source polarizer (114; 214). - at least one light source unit (112; 212); - a first detector (122; 222) for detecting diffusely reflected light, wherein a first polarizer with a first polarization direction is disposed upstream of the first detector (122; 222); and - a second detector (132; 232) for detecting reflected light (16; 26),
Viscous liquid (meth)acrylic syrup comprising: a) 10 to 60 parts by weight of a (meth) acrylic polymer chosen from a homopolymer of methyl methacrylate (MMA) or a copolymer of MMA or blends thereof comprising at least 70% by weight of methyl methacrylate, b) 40 to 90 parts by weight of a (meth) acrylic monomer, c) 0.1 to 5 parts of an initiator to start the polymerization of the (meth)acrylic monomer, said initiator being in the form of a peroxide compound that is liquid in a temperature range of between 0° and 50°C, said syrup being characterized in that the initiator is combined with an accelerating system comprising: d) 0.1 to 2 parts by weight of a reducing compound, e) 0.01 to 3 parts by weight of a metal salt or a mixture of metal salts not comprising cobalt, and f) 0.1 to 2 parts by weight of a tertiary amine relative to the sum of the (meth) acrylic monomer and of the (meth)acrylic polymer, the two together representing 100 parts by weight, characterized in that at least 50% by weight of the (meth) acrylic monomer is methyl methacrylate. a) 10 to 60 parts by weight of a (meth) acrylic polymer chosen from a homopolymer of methyl methacrylate (MMA) or a copolymer of MMA or blends thereof comprising at least 70% by weight of methyl methacrylate, b) 40 to 90 parts by weight of a (meth) acrylic monomer, c) 0.1 to 5 parts of an initiator to start the polymerization of the (meth)acrylic monomer, said initiator being in the form of a peroxide compound that is liquid in a temperature range of between 0° and 50°C, d) 0.1 to 2 parts by weight of a reducing compound, e) 0.01 to 3 parts by weight of a metal salt or a mixture of metal salts not comprising cobalt, and f) 0.1 to 2 parts by weight of a tertiary amine relative to the sum of the (meth) acrylic monomer and of the (meth)acrylic polymer, the two together representing 100 parts by weight, characterized in that at least 50% by weight of the (meth) acrylic monomer is methyl methacrylate.
A rotor support device that is suitable to be provided in an aircraft and to support a rotor configured to generate thrust in a vertical direction, the rotor support device comprising: a mount configured to support the rotor and including a joint portion protruding outward; a connecting member extending in a protruding direction of the joint portion and detachably connected to the joint portion; and a reinforcing member detachably connected to the joint portion and the connecting member in order to reinforce connection between the joint portion and the connecting member , wherein the connecting member includes an end portion connected to the joint portion, characterised in that the end portion includes a notch and a protruding portion that is formed by forming the notch , the protruding portion is overlapped with a part of an outer peripheral surface of the joint portion, the part being located on a side of a first direction perpendicular to the protruding direction of the joint portion, and is detachably connected to the joint portion, and the reinforcing member is overlapped with the connecting member and another part of the outer peripheral surface of the joint portion, the another part being located on a side of a second direction opposite to the first direction, and is detachably connected to the joint portion and the connecting member . a mount configured to support the rotor and including a joint portion protruding outward; a connecting member extending in a protruding direction of the joint portion and detachably connected to the joint portion; and a reinforcing member detachably connected to the joint portion and the connecting member in order to reinforce connection between the joint portion and the connecting member , wherein the connecting member includes an end portion connected to the joint portion, characterised in that the end portion includes a notch and a protruding portion that is formed by forming the notch , the protruding portion is overlapped with a part of an outer peripheral surface of the joint portion, the part being located on a side of a first direction perpendicular to the protruding direction of the joint portion, and is detachably connected to the joint portion, and the reinforcing member is overlapped with the connecting member and another part of the outer peripheral surface of the joint portion, the another part being located on a side of a second direction opposite to the first direction, and is detachably connected to the joint portion and the connecting member .
A recording-head position adjustment mechanism configured to adjust a position of a recording head that discharges liquid droplets, the recording-head position adjustment mechanism comprising: a supporting member including: an upper support (21Aa; 21Ba) configured to support an upper portion of the recording head ; and a lower support (21Ab; 21Bb) configured to support a lower portion of the recording head ; and a discharge angle adjuster (56; 57) configured to swing the lower portion around the upper portion as a fulcrum to adjust a discharge direction of the liquid droplets from the recording head ; characterized in that the upper support comprises grooved rollers; and that the grooved rollers are further configured to guide the recording head in a predetermined direction during installation and removal. a supporting member including: an upper support (21Aa; 21Ba) configured to support an upper portion of the recording head ; and a lower support (21Ab; 21Bb) configured to support a lower portion of the recording head ; and an upper support (21Aa; 21Ba) configured to support an upper portion of the recording head ; and a lower support (21Ab; 21Bb) configured to support a lower portion of the recording head ; and a discharge angle adjuster (56; 57) configured to swing the lower portion around the upper portion as a fulcrum to adjust a discharge direction of the liquid droplets from the recording head ; characterized in that the upper support comprises grooved rollers; and that the grooved rollers are further configured to guide the recording head in a predetermined direction during installation and removal.
A system for delivering energy to tissue comprising: a user interface configured to display nerve stimulation response information and treatment information, and transmit user control instructions; a control unit having a processer configured to receive the user control instructions and control energy output; an energy source coupled to the control unit; and a medical device comprising: an elongate member having a proximal end electrically coupled to the energy source; and a distal member at a distal end of the elongate member, the distal member having a plurality of contact elements configured to deliver stimulating energy to tissue, detect a response from the tissue to the stimulating energy, and deliver therapeutic energy to treat the tissue based on the response from the tissue, the plurality of contact elements comprising one or more rows of the contact elements, characterized in that : the processor being configured to generate a response location profile of the tissue based on the responses from each row of the contact elements at each increment of stimulating energy, wherein the response location profile identifies which portions of the tissue exhibit the lowest threshold to the stimulating energy. a user interface configured to display nerve stimulation response information and treatment information, and transmit user control instructions; a control unit having a processer configured to receive the user control instructions and control energy output; an energy source coupled to the control unit; and a medical device comprising: an elongate member having a proximal end electrically coupled to the energy source; and a distal member at a distal end of the elongate member, the distal member having a plurality of contact elements configured to deliver stimulating energy to tissue, detect a response from the tissue to the stimulating energy, and deliver therapeutic energy to treat the tissue based on the response from the tissue, the plurality of contact elements comprising one or more rows of the contact elements, an elongate member having a proximal end electrically coupled to the energy source; and a distal member at a distal end of the elongate member, the distal member having a plurality of contact elements configured to deliver stimulating energy to tissue, detect a response from the tissue to the stimulating energy, and deliver therapeutic energy to treat the tissue based on the response from the tissue, the plurality of contact elements comprising one or more rows of the contact elements,
A method comprising: maintaining , in a memory of a wireless sensing device , information on one or more desired movement properties for a moving element of a mechanical system powered by an electrical machine which is controlled by a drive , wherein the wireless sensing device is a computing device comprising one or more sensors and being configured to communicate wirelessly with the drive over at least one wireless communication link , the one or more sensors comprising one or more kinematic sensors; performing , by the wireless sensing device being detachably fixed to the moving element of the mechanical system when the moving element is in motion, a plurality of measurements using the one or more sensors ; and during the performing , comparing , by the wireless sensing device , results of the plurality of measurements with the one or more desired movement properties and communicating, by the wireless sensing device , with the drive over said at least one wireless communication link to adjust one or more drive parameters of the drive based on the comparing to achieve the one or more desired movement properties for the moving element . maintaining , in a memory of a wireless sensing device , information on one or more desired movement properties for a moving element of a mechanical system powered by an electrical machine which is controlled by a drive , wherein the wireless sensing device is a computing device comprising one or more sensors and being configured to communicate wirelessly with the drive over at least one wireless communication link , the one or more sensors comprising one or more kinematic sensors; performing , by the wireless sensing device being detachably fixed to the moving element of the mechanical system when the moving element is in motion, a plurality of measurements using the one or more sensors ; and during the performing , comparing , by the wireless sensing device , results of the plurality of measurements with the one or more desired movement properties and communicating, by the wireless sensing device , with the drive over said at least one wireless communication link to adjust one or more drive parameters of the drive based on the comparing to achieve the one or more desired movement properties for the moving element .
Washing place arrangement, comprising - a washstand having a wash-bowl sink , - a first water discharge device , comprising a plurality of water discharge nozzles arranged within a nozzle assignment region in the wash-bowl sink and configured for discharging water in the form of a fountain jet which issues in an arc shape with an up section from the wash-bowl sink upwards up to a maximum height (H F ) and returns to the wash-bowl sink downwards with a down section , and - a second water discharge device , configured for discharging water in the form of a shower jet and including a shower jet outlet body , wherein - the nozzle assignment region of the first water discharge device is located in a rear half of the wash-bowl sink facing away from a user side and extending across at most half the sink circumference, and - the shower jet outlet body of the second water discharge device is located on a rear side of the wash-bowl sink and the washstand facing away from the user side and on a height level (Hn) above the wash-bowl sink and the washstand, and the second water discharge device is configured for discharging the shower jet in a shower jet direction (R B ) pointing obliquely to the front downwards. - a washstand having a wash-bowl sink , - a first water discharge device , comprising a plurality of water discharge nozzles arranged within a nozzle assignment region in the wash-bowl sink and configured for discharging water in the form of a fountain jet which issues in an arc shape with an up section from the wash-bowl sink upwards up to a maximum height (H F ) and returns to the wash-bowl sink downwards with a down section , and - a second water discharge device , configured for discharging water in the form of a shower jet and including a shower jet outlet body , wherein - the nozzle assignment region of the first water discharge device is located in a rear half of the wash-bowl sink facing away from a user side and extending across at most half the sink circumference, and - the shower jet outlet body of the second water discharge device is located on a rear side of the wash-bowl sink and the washstand facing away from the user side and on a height level (Hn) above the wash-bowl sink and the washstand, and the second water discharge device is configured for discharging the shower jet in a shower jet direction (R B ) pointing obliquely to the front downwards.
Tamping machine (A, B) for tamping sleepers of a track , having working machine parts which can travel on rail-bound travelling mechanisms , are arranged one behind the other in the machine longitudinal direction and are coupled to one another, a supply part (A) having a machine frame and a working part (B) having a machine frame which has at least one height-adjustable tamping unit and a track-lifting/straightening unit , wherein both the supply part (A) and the working part (B) are self-propelled, wherein the supply part (A) can travel continuously during the tamping operation and the working part (B) can travel discontinuously, for which purpose the supply part (A) and the working part (B) are connected to one another via flexible supply lines , in particular for hydraulics, pneumatics and electrics, and travel drives of the supply part (A) and the working part (B) can be activated accordingly, characterised in that the working part (B) is connected to the supply part (A) via at least one hydraulic drive/brake cylinder for supporting the discontinuous travel drive of the working part (B), said drive/brake cylinder being equipped with a position encoder for recognising the respective piston position in the cylinder.
Fastening device for isolation material , comprising: a flexible strip , wherein the flexible strip comprises at least a base part for fastening to a base material , and a mid-section for engaging with a receiving device; a receiving device , comprising a tube formed part providing a channel through the receiving device ;the fastening device being characterized by further comprising: a stop nut for being mounted in the channel ; the channel is formed to receive both the stop nut and the mid-section of the flexible strip . a flexible strip , wherein the flexible strip comprises at least a base part for fastening to a base material , and a mid-section for engaging with a receiving device; a receiving device , comprising a tube formed part providing a channel through the receiving device ;the fastening device being characterized by further comprising: a stop nut for being mounted in the channel ; the channel is formed to receive both the stop nut and the mid-section of the flexible strip .
A mold for continuous casting comprising: a main body of the mold for continuous casting; and a temperature detection unit which is inserted in an insertion hole formed in the main body of the mold , and detects temperature inside the mold ; wherein the temperature detection unit includes, a Fiber Bragg Grating sensor (131, 131A 131B) inserted in a protection tube which can be deformed in a radial direction, and a support member in which a groove is formed along a longitudinal direction, and which supports the Fiber Bragg Grating sensor along the longitudinal direction; and at a temperature detection point, the protection tube in which the FBG sensor is inserted is held between a stretched member stretched across an opening of the groove in the support member and an inner surface of the insertion hole . a main body of the mold for continuous casting; and a temperature detection unit which is inserted in an insertion hole formed in the main body of the mold , and detects temperature inside the mold ; wherein the temperature detection unit includes, a Fiber Bragg Grating sensor (131, 131A 131B) inserted in a protection tube which can be deformed in a radial direction, and a support member in which a groove is formed along a longitudinal direction, and which supports the Fiber Bragg Grating sensor along the longitudinal direction; and a Fiber Bragg Grating sensor (131, 131A 131B) inserted in a protection tube which can be deformed in a radial direction, and a support member in which a groove is formed along a longitudinal direction, and which supports the Fiber Bragg Grating sensor along the longitudinal direction; and at a temperature detection point, the protection tube in which the FBG sensor is inserted is held between a stretched member stretched across an opening of the groove in the support member and an inner surface of the insertion hole .
A eutectic/bismuth based alloy well plugging/sealing tool , said tool comprising: a tubular heater body with an internal cavity in which a chemical heat source material is received; a quantity of eutectic/bismuth based alloy provided in thermal communication with the heater body around an outer surface of the heater body; a sleeve provided around an outer surface of the alloy such that the heater body and the sleeve define an annular space within in which at least a portion of the alloy is enclosed; and characterised in that the sleeve , which is formed from a material with insulating properties, is configured to reduce the heat lost from said annular space; wherein the sleeve does not extend the full length of the heater body or the alloy such that, in use, molten alloy and heat can escape from the insulated annular space at the point where the sleeve ends and leave the tool . a tubular heater body with an internal cavity in which a chemical heat source material is received; a quantity of eutectic/bismuth based alloy provided in thermal communication with the heater body around an outer surface of the heater body; a sleeve provided around an outer surface of the alloy such that the heater body and the sleeve define an annular space within in which at least a portion of the alloy is enclosed; and characterised in that the sleeve , which is formed from a material with insulating properties, is configured to reduce the heat lost from said annular space; wherein the sleeve does not extend the full length of the heater body or the alloy such that, in use, molten alloy and heat can escape from the insulated annular space at the point where the sleeve ends and leave the tool .
Combination made up of a plurality of rectangular-outline storage containers which are open in the upward direction and of a rectangular moulding for accommodating and fixing the storage containers , wherein the accommodating surface area of the moulding is an even-numbered multiple of the container surface area and in each case two storage containers are arranged adjacent to one another such that their facing side walls are located symmetrically in relation to the shorter centre longitudinal axis of the moulding , wherein on the underside of the moulding , said underside being directed away from the accommodating surface, a crosspiece is formed along the centre longitudinal axis and the surface of the said crosspiece is provided with a groove which brings together, and encloses, the facing side walls of in each case two adjacent storage containers arranged beneath the moulding and of which the side edges extend into the respective storage container , wherein the channel which forms the groove is widened in a funnel-like manner at its ends such that, when the moulding is initially placed in position obliquely in a direction parallel to the shorter side walls of the containers, the side walls of the funnel-like widening form the guide for the adjacent side walls of the storage containers , said side walls penetrating into the groove, and wherein the moulding - is designed in the form of a pallet or - is designed in the form of a cover and has a surrounding edge , which encloses the container edges from above. - is designed in the form of a pallet or - is designed in the form of a cover and has a surrounding edge , which encloses the container edges from above.