mhurhangee/patent-ind-claim-en huggingface dataset:
A curable composition comprising a polyol, an isocyanate compound, a reaction inhibitor, a catalyst and a filler, wherein the amount of filler is from 70 to 95 weight%, wherein the weight ratio (IW/CW) of the reaction inhibitor (IW) to the catalyst (CW) is in a range of 1.3 to 4; and wherein a difference (H t90 -H t40 ) between a Shore A hardness 90 confirmation time (Ht 90 ) and a Shore A hardness 40 confirmation time (H t40 ) according to ASTM D 2240 is 200 minutes or less, the Shore A hardness 90 confirmation time (Ht 90 ) being a time required from a curing start point until the Shore A hardness of the curable composition starts to be confirmed as 90 and the Shore A hardness 40 confirmation time (H t40 ) being a time required from a curing start point until the Shore A hardness of the curable composition starts to be confirmed as 40. wherein the amount of filler is from 70 to 95 weight%, wherein the weight ratio (IW/CW) of the reaction inhibitor (IW) to the catalyst (CW) is in a range of 1.3 to 4; and wherein a difference (H t90 -H t40 ) between a Shore A hardness 90 confirmation time (Ht 90 ) and a Shore A hardness 40 confirmation time (H t40 ) according to ASTM D 2240 is 200 minutes or less, the Shore A hardness 90 confirmation time (Ht 90 ) being a time required from a curing start point until the Shore A hardness of the curable composition starts to be confirmed as 90 and the Shore A hardness 40 confirmation time (H t40 ) being a time required from a curing start point until the Shore A hardness of the curable composition starts to be confirmed as 40.
A robotic garden tool system comprising a first signal source , a second signal source , which is a boundary wire , and a robotic garden tool adapted to perform an operation in a working area , the working area at least partly being defined by a boundary, which boundary separates the working area from a non-working area, wherein the robotic garden tool is adapted to detect the boundary, wherein the boundary is at least partly defined by the boundary wire , the second signal source being adapted to send a boundary signal , wherein the robotic garden tool comprises at least one sensing means adapted to receive the boundary signal sent by the second signal source , the robotic garden tool system being characterised in that the first signal source is connected to the boundary wire and is adapted to send a status signal , being based on the boundary signal , utilizing RF waves and the at least one sensing means is adapted to receive the status signal sent from the first signal source , wherein the robotic garden tool is adapted to stop operating when the status signal provides a stopping signal.
A thermally protected bobbin assembly comprising: a magnet wire wound onto a spindle of the thermally protected bobbin assembly such as to form an electromagnetic coil ; and a thermal protector comprising a thermal protection body connected to a magnet wire terminating feature ; wherein the magnet wire terminating feature forms a connection with the magnet wire , characterised in that the thermal protection body is integrally connected to the magnet wire terminating feature wherein the thermal protection body and the magnet wire terminating feature are of unitary one-piece construction. a magnet wire wound onto a spindle of the thermally protected bobbin assembly such as to form an electromagnetic coil ; and a thermal protector comprising a thermal protection body connected to a magnet wire terminating feature ; wherein the magnet wire terminating feature forms a connection with the magnet wire , characterised in that the thermal protection body is integrally connected to the magnet wire terminating feature wherein the thermal protection body and the magnet wire terminating feature are of unitary one-piece construction.
Method for cutting materials for the manufacture of parts, characterized in that an image of a cutting line is captured in a recurrent manner downstream of a cutting head and in that the images thus produced are analyzed in real time in order to calculate amplitudes of deviations of the cutting line as the cutting of the part progresses and to compare said amplitudes calculated with at least one predefined threshold value, said cutting being stopped in the case of exceeding said at least one threshold value.
An image capturing apparatus comprising a second mount (A) configured to allow coupling to a first mount (B) included in an accessory , the accessory being mountable on and dismountable from the image capturing apparatus by rotating relatively a plurality of first claws of the accessory and a plurality of second claws of the image capturing apparatus , wherein the second mount (A) includes a plurality of terminals (1001-1012) disposed in a circumferential direction of the second mount (A) and configured to be used in electrical connection, and a terminal holder configured to hold the plurality of terminals (1001-1012), the terminal holder has a height level difference for holding the plurality of terminals (1001-1012) at different positions in a center-axis direction of the second mount, the plurality of terminals (1001-1012) include a first terminal configured to be used to supply power for driving an internal mechanical drive unit of the accessory, a second terminal configured to indicate a ground level corresponding to the first terminal , and a third terminal configured to detect a type of the accessory mounted on the image capturing apparatus , the terminal holder has a first stage and a second stage at different positions in the center-axis direction, in a state where the accessory is mounted on the image capturing apparatus, the second stage projects toward the accessory in the center-axis direction further than the first stage, the first stage is located nearer than the second stage in a mount direction of the accessory, characterized in that , among the plurality of terminals (1001-1012), the first terminal and the third terminal are disposed adjacent to each other and the second terminal and the third terminal are disposed adjacent to each other on the second stage of the terminal holder , and the second terminal is disposed nearer in the mount direction of the accessory than the first terminal and the third terminal of the plurality of terminals on the second stage of the terminal holder . a plurality of terminals (1001-1012) disposed in a circumferential direction of the second mount (A) and configured to be used in electrical connection, and a terminal holder configured to hold the plurality of terminals (1001-1012),
An air conditioning apparatus that performs air conditioning by circulating a refrigerant, the air conditioning apparatus including a first compressor having a gas engine as a driving source and a second compressor having an electric motor as a driving source, the first compressor and the second compressor being connected in parallel, and an accumulator , upstream of a low pressure pipe branching section that branches a low pressure pipe into a first suction pipe that is provided at a suction side of the first compressor , and a second suction pipe that is provided at a suction side of the second compressor ; characterized by a first bypass pipe having one end connected to a liquid pipe , and the other end connected to the second suction pipe ; decompressing means and an exhaust heat recovering heat exchanger that are provided in the first bypass pipe sequentially from a side of the liquid pipe ; inflow preventing means that is provided in the second suction pipe , and is located upstream of a connection section of the first bypass pipe and the second suction pipe ; a second bypass pipe having one end connected to the first bypass pipe at a downstream portion from the exhaust heat recovering heat exchanger , and the other end connected to the low pressure pipe at an upstream portion from the accumulator ; and a first valve provided in the second bypass pipe .
A system comprising an annuloplasty implant and a clip for fixation of a medical implant to tissue, said clip having a delivery shape and a relaxed shape, the clip comprising; a proximal cylindrical portion to be arranged in a tubular lumen of a catheter and being movable in a longitudinal direction thereof when arranged therein, whereby the cylindrical portion extend along a central longitudinal axis being parallel with the longitudinal direction when arranged in the tubular lumen, first and second resilient legs , the first and second legs having respective proximal ends attached to the cylindrical portion, the proximal ends being separated by a width (d) of a bridging section of the cylindrical portion, whereby the proximal ends are connected in an inward direction , extending from each of the proximal ends to the central longitudinal axis of the cylindrical portion, the bridging section together with the first and second legs forming an opening to receive the annuloplasty implant , wherein the annuloplasty implant comprises at least one annuloplasty ring, wherein said opening is configured to receive the at least one annuloplasty ring and fixate the position of the annuloplasty implant to a heart valve each of the first and second legs having a distal portion to pierce said tissue, and wherein in said relaxed shape each of the distal portions are curved to deflect from the central longitudinal axis. a proximal cylindrical portion to be arranged in a tubular lumen of a catheter and being movable in a longitudinal direction thereof when arranged therein, whereby the cylindrical portion extend along a central longitudinal axis being parallel with the longitudinal direction when arranged in the tubular lumen, first and second resilient legs , the first and second legs having respective proximal ends attached to the cylindrical portion, the proximal ends being separated by a width (d) of a bridging section of the cylindrical portion, whereby the proximal ends are connected in an inward direction , extending from each of the proximal ends to the central longitudinal axis of the cylindrical portion, the bridging section together with the first and second legs forming an opening to receive the annuloplasty implant , wherein the annuloplasty implant comprises at least one annuloplasty ring, wherein said opening is configured to receive the at least one annuloplasty ring and fixate the position of the annuloplasty implant to a heart valve each of the first and second legs having a distal portion to pierce said tissue, and wherein in said relaxed shape each of the distal portions are curved to deflect from the central longitudinal axis.
Aqueous emulsion comprising: - 25-70 wt% organic peroxide, based on the weight of the emulsion, - a cyclohexane dicarboxylate ester, and - water. - 25-70 wt% organic peroxide, based on the weight of the emulsion, - a cyclohexane dicarboxylate ester, and - water.
A method for welding at least two rigid parts comprising a thermoplastic material and having respective surfaces to be welded , comprising: inserting an insert between the surfaces to be welded of the two parts , said insert having a thickness of 5 mm or less; providing heat via said insert ; wherein the insert moves in relation to the parts to be welded at the time of welding, in the welding direction; and characterized in that the insert comprises an induction-sensitive material, and the heat of the insert is provided by the generation of a magnetic field by at least one inductor . inserting an insert between the surfaces to be welded of the two parts , said insert having a thickness of 5 mm or less; providing heat via said insert ; wherein the insert moves in relation to the parts to be welded at the time of welding, in the welding direction; and characterized in that the insert comprises an induction-sensitive material, and the heat of the insert is provided by the generation of a magnetic field by at least one inductor .
An actuator unit, comprising: a cylinder ; a piston slidably inserted into the cylinder , the piston defining a rod side chamber and a piston side chamber in the cylinder ; a rod inserted into the cylinder and coupled to the piston ; a tank ; a pump ; a direction control valve configured to allow a working fluid discharged from the pump to be supplied selectively to the rod side chamber and the piston side chamber ; a first control passage that communicates the rod side chamber with the tank ; a second control passage that communicates the piston side chamber with the tank ; characterized by a first variable relief valve provided on the first control passage , the first variable relief valve being configured to be varied a valve opening pressure; a second variable relief valve provided on the second control passage , the second variable relief valve configured to be varied a valve opening pressure; and a center passage that opens into the cylinder through a through-hole located on a cylinder side wall in a position opposing a stroke center of the piston to allow an interior of the cylinder to communicate with the tank , wherein the first variable relief valve opens when a pressure in the rod side chamber reaches the valve opening pressure so as to allow the working fluid to flow from the rod side chamber toward the tank , and the second variable relief valve opens when a pressure in the piston side chamber reaches the valve opening pressure so as to allow the working fluid to flow from the piston side chamber toward the tank . a cylinder ; a piston slidably inserted into the cylinder , the piston defining a rod side chamber and a piston side chamber in the cylinder ; a rod inserted into the cylinder and coupled to the piston ; a tank ; a pump ; a direction control valve configured to allow a working fluid discharged from the pump to be supplied selectively to the rod side chamber and the piston side chamber ; a first control passage that communicates the rod side chamber with the tank ; a second control passage that communicates the piston side chamber with the tank ; characterized by a first variable relief valve provided on the first control passage , the first variable relief valve being configured to be varied a valve opening pressure; a second variable relief valve provided on the second control passage , the second variable relief valve configured to be varied a valve opening pressure; and a center passage that opens into the cylinder through a through-hole located on a cylinder side wall in a position opposing a stroke center of the piston to allow an interior of the cylinder to communicate with the tank , wherein the first variable relief valve opens when a pressure in the rod side chamber reaches the valve opening pressure so as to allow the working fluid to flow from the rod side chamber toward the tank , and the second variable relief valve opens when a pressure in the piston side chamber reaches the valve opening pressure so as to allow the working fluid to flow from the piston side chamber toward the tank .
A method for voice control of a mobile device , the method comprising: establishing a connection between the mobile device and a voice-control module ; and monitoring at the voice-control module for verbal input comprising a verbal command from among a set of predetermined verbal commands; the method further comprising: monitoring for verbal input comprising arguments associated with the verbal command; in response to receiving a verbal input, determining if all required arguments have been received for a received verbal command; if any of the required arguments associated with the verbal command have not been received, issuing a prompt for further verbal input; sending instructions based on the received verbal command and the further verbal input from the voice-control module to the mobile device ; and acting on the received instructions at the mobile device ; wherein the method further comprises, responsive to establishing the connection , disabling at least some predetermined functionality of the mobile device to reduce power consumption while still allowing the mobile device to process commands from the voice-control module . establishing a connection between the mobile device and a voice-control module ; and monitoring at the voice-control module for verbal input comprising a verbal command from among a set of predetermined verbal commands; monitoring for verbal input comprising arguments associated with the verbal command; in response to receiving a verbal input, determining if all required arguments have been received for a received verbal command; if any of the required arguments associated with the verbal command have not been received, issuing a prompt for further verbal input; sending instructions based on the received verbal command and the further verbal input from the voice-control module to the mobile device ; and acting on the received instructions at the mobile device ;
An integral wood veneer product that is thin and flexible, the integral wood veneer product comprising: one or more layers of wood veneer , providing an outer surface of the integral wood veneer product; a backing layer having a first outer surface bonded to the one or more layers of wood veneer wherein the backing layer has a thickness in a range of 0.05-0.2 mm; and electrically conductive tracking bonded to a second outer surface of the backing layer opposite to the first outer surface. one or more layers of wood veneer , providing an outer surface of the integral wood veneer product; a backing layer having a first outer surface bonded to the one or more layers of wood veneer wherein the backing layer has a thickness in a range of 0.05-0.2 mm; and electrically conductive tracking bonded to a second outer surface of the backing layer opposite to the first outer surface.
A device for attaching ballast weights to a wheel of an agricultural machine, characterised in that the device includes: - a wrench provided with an end , - a pedestal forming approximately a disc, preferably perforated with an opening , the pedestal further including on one of its faces, referred to as the front face, at least one surface providing support along a radial direction of the pedestal, and at least one surface forming a stop along a direction perpendicular to the pedestal, - a clamping element for being mounted to the wrench , so as to press the weight(s) against the front face of the pedestal the pedestal further including in its thickness a recess opening onto its front face and for housing and blocking the end of the wrench by form-fitting, the recess embracing the shape of the end of the wrench in such a way that the end can no longer rotate about itself and cannot leave through the point at which the recess opens onto the front face of the pedestal, said wrench thus projecting from the recess and becoming rotatably blocked. - a wrench provided with an end , - a pedestal forming approximately a disc, preferably perforated with an opening , the pedestal further including on one of its faces, referred to as the front face, at least one surface providing support along a radial direction of the pedestal, and at least one surface forming a stop along a direction perpendicular to the pedestal, - a clamping element for being mounted to the wrench , so as to press the weight(s) against the front face of the pedestal the pedestal further including in its thickness a recess opening onto its front face and for housing and blocking the end of the wrench by form-fitting, the recess embracing the shape of the end of the wrench in such a way that the end can no longer rotate about itself and cannot leave through the point at which the recess opens onto the front face of the pedestal, said wrench thus projecting from the recess and becoming rotatably blocked.
Washstand arrangement, comprising - a washstand having a wash-bowl sink and - a water discharge device , configured for discharging water in the form of a fountain jet composed of individual jets and comprising a plurality of water discharge nozzles which are arranged in the wash-bowl sink within a strip-type nozzle assignment region having a strip length (D L ) extending in sink circumferential direction and a strip height (D H ) perpendicular thereto, wherein its strip length is greater than its strip width, for discharging the individual jets in associated individual jet directions issued from the wash-bowl sink obliquely upwards and back again to the wash-bowl sink, characterized in that - the nozzle assignment region extends with its strip length at most across half the sink circumference, - wherein the water discharge nozzles are arranged in at least two successive nozzle groups (4 1 , 4 2 ) in the sink circumferential direction, each group including multiple water discharge nozzles, wherein a maximum difference of jet outlet directions (S ij ) of the water discharge nozzles of a respective nozzle group (4 j ) is less than a minimum difference of the jet outlet directions of the water discharge nozzles of in each case two adjacent nozzle groups (4 j , 4 j+1 ). - a washstand having a wash-bowl sink and - a water discharge device , configured for discharging water in the form of a fountain jet composed of individual jets and comprising a plurality of water discharge nozzles which are arranged in the wash-bowl sink within a strip-type nozzle assignment region having a strip length (D L ) extending in sink circumferential direction and a strip height (D H ) perpendicular thereto, wherein its strip length is greater than its strip width, for discharging the individual jets in associated individual jet directions issued from the wash-bowl sink obliquely upwards and back again to the wash-bowl sink, characterized in that - the nozzle assignment region extends with its strip length at most across half the sink circumference, - wherein the water discharge nozzles are arranged in at least two successive nozzle groups (4 1 , 4 2 ) in the sink circumferential direction, each group including multiple water discharge nozzles, wherein a maximum difference of jet outlet directions (S ij ) of the water discharge nozzles of a respective nozzle group (4 j ) is less than a minimum difference of the jet outlet directions of the water discharge nozzles of in each case two adjacent nozzle groups (4 j , 4 j+1 ).
OCT system for examining a measurement object , comprising an OCT light source for emitting OCT light , comprising a polarization-neutral beam splitter for splitting the OCT light into an object beam path and a reference beam path , wherein the OCT light is polarized before it enters the polarization-neutral beam splitter, and comprising a detector for picking up an interference signal generated from the object beam path and the reference beam path , wherein a polarization-dependent retardation element is arranged in the object beam path , wherein all optical elements that shape or deflect the object beam path on the path from the OCT light source to the measurement object are arranged between the OCT light source and the retardation element , wherein the light from the reference beam path is caused to interfere with light from the object beam path at an interference beam splitter , wherein the polarization-dependent retardation element is configured such that at the interference beam splitter the polarization overlap between the light backscattered from the measurement object and the light arriving from the reference beam path is greater than the polarization overlap between the light reflected by one or more optical elements in the object beam path and the light arriving from the reference beam path , and wherein both the OCT light backscattered from the measurement object and the parasitic reflections from the optical elements in the object beam path are guided onto the detector and are captured by the detector .
A zirconium-based metal pretreatment coating composition comprising water and 50 to 300 ppm of dissolved Zr, up to 50 ppm of dissolved Cu, 0 to 100 ppm of SiO 2 , 150 to 2000 ppm of total Fluoride, 10 to 100 ppm of free Fluoride, at least 10 ppm of a copper chelating agent comprising tartaric acid and/or salts thereof.