mhurhangee/patent-ind-claim-en huggingface dataset:
Pivot fitting for a door leaf having a supporting fitting part and a fitting part rotatable about a pivot bearing of the supporting fitting part, wherein the supporting fitting part comprises a frame part and an adjusting part mounted In the frame part , wherein the adjusting part has a carrier which projects out of the frame part and on the free end of which the pivot bearing is arranged, wherein the rotatable fitting part is designed as a rectangular fitting part, the first leg of which is hinged to the pivot bearing and the second leg of which has a fastening section for fastening to the door leaf and can be rotated from a first position, in which the first leg is arranged between the pivot bearing and the frame part and the second leg runs at a right angle to the carrier , into a second position, in which the first leg forms an extension of the carrier and the second leg extends at a right angle to the carrier on the opposite side of the carrier , and the frame part is designed as a receiving pocket into which the adjusting part can be inserted in an insertion direction (R) and in which the adjusting part is adjustably mounted relative to the frame part parallel to the insertion direction (R) and perpendicular to the insertion direction (R), wherein the adjusting part is formed by a base body and an insert part that can be inserted into the base body in a form-fitting manner perpendicular to the insertion direction (R), wherein the base body is held on the insert part so as to be adjustable perpendicularly to the insertion direction (R), characterized in that a side wall plate is fastened on an Inner wall of the receiving pocket and has a holding tab which projects into an insertion opening of the receiving pocket and with which the insert part of the adjusting part is screwable to at least one fastening screw guided parallel to the insertion direction (R), and the insert part is adjustable parallel to the insertion direction (R) relative to the holding tab with an adjusting screw guided parallel to the insertion direction (R).
Silica-based sol having a concentration of soluble silica of less than 1000 mg SiO 2 /l, conductivity of at least 2.0 mS/cm and S-value below 50 %.
A method, comprising: at a first base station of a network that is configured to operate in a carrier aggregation mode, the first base station operating as a primary cell: generating a list of a plurality of secondary cells, wherein the plurality of secondary cells are one of femtocells and picocells of an LTE network, and each of the secondary cells being associated with a base station separated from the first base station; sending the list of the plurality of secondary cells to a user equipment, UE, ; receiving a measurement results report from a user equipment, UE, , wherein the measurement results report includes signal quality measurements for the primary cell and the plurality of secondary cells; selecting a first frequency of the primary cell as a primary component carrier and a second frequency of one of the secondary cells as a secondary component carrier for the UE based on the signal quality measurements of the measurement results report , wherein a coverage area associated with the second frequency of one of the secondary cells is within a coverage area associated with the first frequency of the primary cell; and sending the selection to the UE , wherein the primary cell transmits first data on the primary component carrier to the UE and the secondary cell transmits second data on the secondary component carrier to the UE . generating a list of a plurality of secondary cells, wherein the plurality of secondary cells are one of femtocells and picocells of an LTE network, and each of the secondary cells being associated with a base station separated from the first base station; sending the list of the plurality of secondary cells to a user equipment, UE, ; receiving a measurement results report from a user equipment, UE, , wherein the measurement results report includes signal quality measurements for the primary cell and the plurality of secondary cells; selecting a first frequency of the primary cell as a primary component carrier and a second frequency of one of the secondary cells as a secondary component carrier for the UE based on the signal quality measurements of the measurement results report , wherein a coverage area associated with the second frequency of one of the secondary cells is within a coverage area associated with the first frequency of the primary cell; and sending the selection to the UE , wherein the primary cell transmits first data on the primary component carrier to the UE and the secondary cell transmits second data on the secondary component carrier to the UE .
A method for routing a packet (PKT) within a packet switching network in non-connected routing mode, implemented by a router (A, B), comprising the following steps: - receiving (E1) the packet; - reading (E2) a field, called lifetime field of the packet, intended to be decremented when passing through a router; - decrementing (E5) the value of the lifetime field by a pitch of predetermined value, called decrementation pitch; - decision (E6) on routing of the packet depending on the value of the decremented lifetime field, the packet being destroyed (E7) when said value is less than or equal to zero; the method furthermore comprising, prior to the decrementation step, the following steps: - obtaining (E3) at least one piece of information from amongst a group of pieces of information comprising information relating to conditions for routing the packet and information relating to parameters of the packet; - determining (E4) the value of the decrementation pitch as a function at least of the information obtained, characterized in that the information obtained comprises an input interface of the router for the packet and an output interface of the router for the packet, and in that , when the output interface is identical to the input interface, a situation referred to as an about-turn, the value of the pitch is augmented. - receiving (E1) the packet; - reading (E2) a field, called lifetime field of the packet, intended to be decremented when passing through a router; - decrementing (E5) the value of the lifetime field by a pitch of predetermined value, called decrementation pitch; - decision (E6) on routing of the packet depending on the value of the decremented lifetime field, the packet being destroyed (E7) when said value is less than or equal to zero; - obtaining (E3) at least one piece of information from amongst a group of pieces of information comprising information relating to conditions for routing the packet and information relating to parameters of the packet; - determining (E4) the value of the decrementation pitch as a function at least of the information obtained, characterized in that the information obtained comprises an input interface of the router for the packet and an output interface of the router for the packet, and in that , when the output interface is identical to the input interface, a situation referred to as an about-turn, the value of the pitch is augmented.
A variant of a parent AmyTS23 alpha-amylase, wherein the variant has an amino acid sequence which has at least 91% identity to the parent alpha-amylase and comprises: (a) a truncation of the C-terminus as defined in SEQ ID NO: 2, and (b) a deletion of residues R180 and S181, wherein said parent AmyTS23 alpha-amylase has the amino acid sequence of SEQ ID NO: 1 and wherein said amino acid residues refer to the amino acid sequence of SEQ ID NO: 1, wherein the variant has alpha-amylase activity. (a) a truncation of the C-terminus as defined in SEQ ID NO: 2, and (b) a deletion of residues R180 and S181,
A cylinder valve with integrated pressure regulator, the valve comprising a housing containing: a shut-off valve element to control the flow of gas from an outlet of the valve; a regulator to reduce the pressure (P2) of gas from a cylinder (C) to which the valve is attached, in use; and characterised in a pilot regulator controllable via an actuator to set the pressure (P1) at which the regulator delivers gas to the outlet of the valve, wherein the pilot regulator has an inlet port in communication with high pressure gas (P2) from the cylinder (C) and a pilot valve element biased towards the inlet port to control the flow of gas through the inlet port, a biasing element providing a biasing force on the pilot valve element and being adjustable by the actuator to control the pressure (P3) of pilot gas passing through the inlet port to the regulator. a shut-off valve element to control the flow of gas from an outlet of the valve; a regulator to reduce the pressure (P2) of gas from a cylinder (C) to which the valve is attached, in use; and characterised in a pilot regulator controllable via an actuator to set the pressure (P1) at which the regulator delivers gas to the outlet of the valve, wherein the pilot regulator has an inlet port in communication with high pressure gas (P2) from the cylinder (C) and a pilot valve element biased towards the inlet port to control the flow of gas through the inlet port, a biasing element providing a biasing force on the pilot valve element and being adjustable by the actuator to control the pressure (P3) of pilot gas passing through the inlet port to the regulator.
A method for operating an elevator system comprising a car which is moved in an elevator shaft , - wherein the car stops at a stopping floor , - wherein the car is stopped at the stopping floor , a flow of energy being blocked and/or a service brake being activated during the course of said stoppage, wherein, in the case of the flow of energy being blocked, a flow of energy of a drive of the car is blocked, and wherein, in the case of the service brake being activated, a service brake is activated, - and wherein, if adjustment is required, a position of the car is adjusted to the stopping floor, wherein the car position in the elevator shaft relative to the stopping floor is set during the course of the adjustment, - at least one operating parameter which relates to a change in loading of the car is detected , and - it is ascertained, depending on the at least one operating parameter at least before the car is stopped, whether adjustment to the stopping floor is required , characterized in that - if it is ascertained that adjustment is required, a first time, at which the adjustment is carried out, is determined , and that a second time, at which the car is stopped, is determined . - wherein the car stops at a stopping floor , - wherein the car is stopped at the stopping floor , a flow of energy being blocked and/or a service brake being activated during the course of said stoppage, wherein, in the case of the flow of energy being blocked, a flow of energy of a drive of the car is blocked, and wherein, in the case of the service brake being activated, a service brake is activated, - and wherein, if adjustment is required, a position of the car is adjusted to the stopping floor, wherein the car position in the elevator shaft relative to the stopping floor is set during the course of the adjustment, - at least one operating parameter which relates to a change in loading of the car is detected , and - it is ascertained, depending on the at least one operating parameter at least before the car is stopped, whether adjustment to the stopping floor is required , characterized in that - if it is ascertained that adjustment is required, a first time, at which the adjustment is carried out, is determined , and that a second time, at which the car is stopped, is determined .
A breastfeeding milk flow and volume measurement device comprising a flexible nipple shield adapted to operably conform in shape with a nipple, the shield defining a flow-channel through which a volume of milk will pass from the nipple to a feeding baby, the device further comprising a flow sensor and a support member defining an annular section comprised of a hard material provided within the nipple shield, characterised in that the flow sensor comprising a flexible member located within the confines of the annular section of the support member, the flexible member being mounted within the flow channel and transverse to a direction of the milk flow, the flexible member being fixed at a first end proximal to the side walls of the flow channel and having a second free end that projects inwardly into the flow channel transverse to the side walls and being moveable in response to movement of the milk through the flow channel in a direction concurrent with the direction of the milk flow, the movement providing an indication of milk flow and volume within the channel.
A speed reducer for an industrial robot, comprising: an outer tube having a plurality of internal teeth surrounding an axis of rotation; a carrier rotatably provided inside the outer tube , the carrier being fixedly attached to an output shaft; an input shaft provided on a driving source; a plurality of crankshafts rotatably supported by the carrier and connected to the input shaft , the crankshafts each having an eccentric portion eccentric to an axis of rotation of the output shaft; an oscillating gear configured to oscillatorily rotate together with the eccentric portions of the crankshafts ; a plurality of transmission gears configured to rotate when acted upon by the oscillatory rotation of the oscillating gear , the transmission gears being respectively coaxial with the crankshafts ; and an input gear provided on the input shaft , the input gear engaging with the transmission gears to synchronously rotate the transmission gears , characterized in that the input gear and the transmission gears are configured such that a coefficient of length of addendum is no less than 1.2 and no more than 1.3, and a coefficient of length of dedendum is greater than 1.25 and no more than 1.55. an outer tube having a plurality of internal teeth surrounding an axis of rotation; a carrier rotatably provided inside the outer tube , the carrier being fixedly attached to an output shaft; an input shaft provided on a driving source; a plurality of crankshafts rotatably supported by the carrier and connected to the input shaft , the crankshafts each having an eccentric portion eccentric to an axis of rotation of the output shaft; an oscillating gear configured to oscillatorily rotate together with the eccentric portions of the crankshafts ; a plurality of transmission gears configured to rotate when acted upon by the oscillatory rotation of the oscillating gear , the transmission gears being respectively coaxial with the crankshafts ; and an input gear provided on the input shaft , the input gear engaging with the transmission gears to synchronously rotate the transmission gears , characterized in that the input gear and the transmission gears are configured such that a coefficient of length of addendum is no less than 1.2 and no more than 1.3, and a coefficient of length of dedendum is greater than 1.25 and no more than 1.55.
A tap changer arranged to be connected to a regulating winding of a rated regulation voltage, the tap changer comprising a diverter switch , a tap selector and a set of tap changer contacts ; characterized in that the tap selector and the diverter switch are encapsulated in a shielding structure arranged to shield the tap selector and the diverter switch from an external electrical field, the shielding structure being made of an electrically conducting material and arranged to be electrically connected to a connected tap of the regulating winding , wherein the tap selector is electrically connected to the set of tap changer contacts , comprising at least two tap changer contacts , at least a part of the tap changer contacts being arranged to be connected to a corresponding tap of the regulating winding , wherein the set of tap changer contacts is arranged at an opening of the shielding structure , and wherein the tap changer contacts are arranged on one side of the tap changer , and wherein the shielding structure comprises a first compartment and a second compartment , separated by an electrically insulating barrier , and wherein the first compartment comprises a first insulating medium and the diverter switch , and wherein the second compartment comprises a second insulating medium and the tap selector .
A system for the analysis of arterial blood flow velocity measurements comprising means for receiving input signals delivered by an arterial blood flow velocity (FV) sensor and by an arterial blood pressure (BP) sensor, wherein said FV and BP signals are recorded simultaneously and continuously, further comprising means for processing and outputting signals, characterized in that said processing comprises - synchronisation of both signals, - a beat-to-beat analysis of the signals, whereby the pulsatile vascular resistance is calculated from the difference in relationship between FV and BP signals during systole compared to diastole, wherein the signals are synchronized before calculation . - synchronisation of both signals, - a beat-to-beat analysis of the signals, whereby the pulsatile vascular resistance is calculated from the difference in relationship between FV and BP signals during systole compared to diastole, wherein the signals are synchronized before calculation .
A lithium complex oxide sintered plate for use in a positive electrode of a lithium secondary battery, wherein the lithium complex oxide sintered plate has a structure in which a plurality of primary grains having a layered rock-salt structure are bonded, the lithium complex oxide has a composition represented by the formula: Li x (Co 1-y M y )O 2±δ , wherein 1.0≤x≤1.1, 0<y≤0.1, 0≤δ<1, and M is at least one selected from the group consisting of Mg, Ni, Al and Mn, and the primary grains have a mean tilt angle of more than 0° to 30° or less, the mean tilt angle being a mean value of the angles defined by the planes of the primary grains and the plate face of the lithium complex oxide sintered plate.
A robotic printing system for an exterior surface of an aircraft comprising: a robotic printer , the robotic printer comprising: a body ; a plurality of vacuum suction cups mounted to the body for attaching the robotic printer to the exterior surface of the aircraft , wherein the plurality of vacuum suction cups are configured to move the robotic printer along the exterior surface of the aircraft ; a printing head mounted to the body , wherein the printing head is positioned to apply a print medium to the exterior surface of the aircraft ; and a laser-based positioning device mounted to the body for determining a position of the robotic printer on the exterior surface of the aircraft . a body ; a plurality of vacuum suction cups mounted to the body for attaching the robotic printer to the exterior surface of the aircraft , wherein the plurality of vacuum suction cups are configured to move the robotic printer along the exterior surface of the aircraft ; a printing head mounted to the body , wherein the printing head is positioned to apply a print medium to the exterior surface of the aircraft ; and a laser-based positioning device mounted to the body for determining a position of the robotic printer on the exterior surface of the aircraft .
A grinder pump comprising: - a cutter wheel connected to and driven in rotation by an axially extending drive shaft of the grinder pump, the cutter wheel comprising a set of cutting edges , and - a cutter disc stationary connected to a pump housing of the grinder pump and having a central hole and a set of cutting holes , the drive shaft and the cutter wheel being interconnected via said central hole of the cutter disc , wherein the cutter wheel and the cutter disc constitute a cutter assembly configured for operative shearing action between the set of cutting edges of the cutter wheel and the set of cutting holes of the cutter disc at a shearing interface between the cutter wheel and the cutter disc , characterized in that a shim having an inner diameter (Di) is placed around the drive shaft and is retained by being clamped at the shearing interface between the cutter wheel and the cutter disc during mounting of the cutter assembly, wherein the thickness of the shim is equal to or greater than 0,05 millimeters and equal to or less than 0,15 millimeters, and wherein the shim is manufactured from degradable paper or plastic material, wherein the grinder pump further comprises a locking member acting against the cutter wheel and the drive shaft and thereby unclamping the shim and fixating an axial gap between the cutter wheel and the cutter disc provided by said shim . - a cutter wheel connected to and driven in rotation by an axially extending drive shaft of the grinder pump, the cutter wheel comprising a set of cutting edges , and - a cutter disc stationary connected to a pump housing of the grinder pump and having a central hole and a set of cutting holes , the drive shaft and the cutter wheel being interconnected via said central hole of the cutter disc ,
An absorbable iron-based alloy implantable medical device, comprising an iron-based alloy substrate having a degradable polymer and an alkaline protector both disposed on the surface of the iron-based alloy substrate , wherein the alkaline protector covers part of the surface of the iron-based alloy substrate , and the degradable polymer covers at least part of the surface of the alkaline protector and/or at least part of the surface of a region, which is not covered by the alkaline protector , characterized in that the alkaline protector is a mixture of an alkaline substance and an adhesive provided for better connection between the alkaline substance and the substrate and the volume percentage of the adhesive in the mixture is less than or equal to 80 percent, and wherein the adhesive is one or more of cellulose, lignin, starch, chitin, polyethylene glycol, polyvinyl alcohol, cyclodextrin and a water-soluble inorganic salt.
Hand-held power tool , in particular screwdriver, having a hand-held power tool housing , in particular a screwdriver housing, having at least two housing elements that at least partially enclose a drive unit of the hand-held power tool , in particular of the screwdriver, having at least one tool housing axis and having at least one air guiding unit for guiding an air flow for cooling at least the drive unit , wherein the air guiding unit is arranged transversely to the tool housing axis , characterized in that the air guiding unit and an actuating element of the actuating unit form a connecting line , wherein the connecting line encloses an angle in the range from 60° to 90°, in particular in the range from 65° to 85°, more particularly in the range from 70° to 80°, with the tool housing axis .