mhurhangee/ep-ind-claims huggingface dataset:
A turbomachine blade (1, 20) comprising a metal lower coupling root, a metal upper coupling head, and a metal airfoil-shaped oblong member rigidly connecting the coupling root to the coupling head; said airfoil-shaped oblong member comprising a main plate-like element connected to the coupling root and to the coupling head, and which is divided into: - a lower connecting fin cantilevered projecting from and formed in one piece with the coupling root; - an upper connecting fin cantilevered projecting from and formed in one piece with the coupling head; and - a centre plate-like body, which is located between the lower and upper connecting fins, is shaped/designed to form an extension of the lower and upper connecting fins, and is butt-welded to the lower and upper connecting fins to form one piece with said fins (9, 10); the blade (1, 20) being characterized in that the lower edge of the centre plate-like body and the complementary ridge of the lower connecting fin extend from the leading edge to the trailing edge of the airfoil-shaped oblong member along a substantially omega-shaped curved path, and/or in that the upper edge of the centre plate-like body and the complementary ridge of the upper connecting fin extend from the leading edge to the trailing edge of the airfoil-shaped oblong member along a substantially omega-shaped curved path. - a lower connecting fin cantilevered projecting from and formed in one piece with the coupling root; - an upper connecting fin cantilevered projecting from and formed in one piece with the coupling head; and - a centre plate-like body, which is located between the lower and upper connecting fins, is shaped/designed to form an extension of the lower and upper connecting fins, and is butt-welded to the lower and upper connecting fins to form one piece with said fins (9, 10);
Method for safeguarding anonymity during a communication with a correspondent (202, 209), between a caller and a user being called, the communication being of an anonymous nature, the method being characterized in that it comprises the following steps: - upon receiving a response from the correspondent (202, 209) to the communication sent by the caller, putting on hold the caller, - simultaneously when the caller is put on hold, analysis of the response received from the correspondent (202, 209), in order to determine whether the correspondent (202, 209) corresponds to the voicemail of the user being called, - in the case of a positive determination, playing to the caller an anonymous welcome message in which the identity of the user being called is masked. - upon receiving a response from the correspondent (202, 209) to the communication sent by the caller, putting on hold the caller, - simultaneously when the caller is put on hold, analysis of the response received from the correspondent (202, 209), in order to determine whether the correspondent (202, 209) corresponds to the voicemail of the user being called, - in the case of a positive determination, playing to the caller an anonymous welcome message in which the identity of the user being called is masked.
A differential pressure sensor, comprising: a cavity having a base including a base electrode and a first membrane suspended above the base which includes a membrane electrode, wherein the first membrane is sealed with the cavity defined beneath the first membrane; a first pressure input port coupled to the space above the sealed first membrane; a capacitive read out system for measuring the capacitance between the base electrode and membrane electrode; and an interconnecting channel between the cavity and a second pressure input port; characterised in that: the sensor further comprises a second cavity to the side of the cavity, with the cavity and the second cavity interconnected by the interconnection channel, wherein the second cavity comprises a second membrane which has at least one opening, wherein the at least one opening is coupled to the second pressure input port; and wherein the second cavity has a base including a second base electrode and the second membrane includes a second membrane electrode, wherein the capacitive read out system is for measuring the capacitance between the base electrode and membrane electrode and for measuring the capacitance between the second base electrode and the second membrane electrode. a cavity having a base including a base electrode and a first membrane suspended above the base which includes a membrane electrode, wherein the first membrane is sealed with the cavity defined beneath the first membrane; a first pressure input port coupled to the space above the sealed first membrane; a capacitive read out system for measuring the capacitance between the base electrode and membrane electrode; and an interconnecting channel between the cavity and a second pressure input port; characterised in that: the sensor further comprises a second cavity to the side of the cavity, with the cavity and the second cavity interconnected by the interconnection channel, wherein the second cavity comprises a second membrane which has at least one opening, wherein the at least one opening is coupled to the second pressure input port; and wherein the second cavity has a base including a second base electrode and the second membrane includes a second membrane electrode, wherein the capacitive read out system is for measuring the capacitance between the base electrode and membrane electrode and for measuring the capacitance between the second base electrode and the second membrane electrode. the sensor further comprises a second cavity to the side of the cavity, with the cavity and the second cavity interconnected by the interconnection channel, wherein the second cavity comprises a second membrane which has at least one opening, wherein the at least one opening is coupled to the second pressure input port; and wherein the second cavity has a base including a second base electrode and the second membrane includes a second membrane electrode, wherein the capacitive read out system is for measuring the capacitance between the base electrode and membrane electrode and for measuring the capacitance between the second base electrode and the second membrane electrode.
Method of determining the door position in a door system that has a rail for guiding a travelable door element and a sensor element for detecting a free travel path of the door element, wherein the method comprises the steps: detecting the state of the at least one sensor element that can be adopted either free of the door element or covered by the door element, wherein on a change of state of the sensor element, the arrangement position of the sensor element corresponds to the door element and a door control determines the door position on the basis of this information, and the state change of the sensor element is repeatedly carried out by a corresponding movement to and fro for a particularly exact determination of the door position and when an average value of the door positions obtained on each state change is used for the determination of the door position, characterized in that the state change of the sensor element is repeatedly carried out by a corresponding moving to and fro, and indeed for different travel speeds of the door, so that the respective state changes have not all been caused at the same speed, and the plurality of state changes at different travel speeds of the door are stored together with an associated travel speed to generate a database that makes it possible to be able to more exactly estimate a downtime of the distance measurement system of the door and to be able to more exactly detect future state changes. detecting the state of the at least one sensor element that can be adopted either free of the door element or covered by the door element, wherein on a change of state of the sensor element, the arrangement position of the sensor element corresponds to the door element and a door control determines the door position on the basis of this information, and the state change of the sensor element is repeatedly carried out by a corresponding movement to and fro for a particularly exact determination of the door position and when an average value of the door positions obtained on each state change is used for the determination of the door position, characterized in that the state change of the sensor element is repeatedly carried out by a corresponding moving to and fro, and indeed for different travel speeds of the door, so that the respective state changes have not all been caused at the same speed, and the plurality of state changes at different travel speeds of the door are stored together with an associated travel speed to generate a database that makes it possible to be able to more exactly estimate a downtime of the distance measurement system of the door and to be able to more exactly detect future state changes.
Method for operating a mobile radio according to a first mode and a second mode, the method involving: • ascertaining an indication of a location of the mobile radio by means of a first sensor of the mobile radio; • ascertaining touching of the mobile radio by means of a second sensor of the mobile radio; • changing over to the second mode if it has been ascertained in the first mode that the touching satisfies a first predefined criterion; • generating a message according to a wireless communication protocol if it has been ascertained in the second mode that the touching was interrupted for the first time, the message including the indication and also indicating that the touching was interrupted; • changing over to the first mode without generating the message if it has been ascertained in the second mode that the touching satisfies a second predefined criterion. • ascertaining an indication of a location of the mobile radio by means of a first sensor of the mobile radio; • ascertaining touching of the mobile radio by means of a second sensor of the mobile radio; • changing over to the second mode if it has been ascertained in the first mode that the touching satisfies a first predefined criterion; • generating a message according to a wireless communication protocol if it has been ascertained in the second mode that the touching was interrupted for the first time, the message including the indication and also indicating that the touching was interrupted; • changing over to the first mode without generating the message if it has been ascertained in the second mode that the touching satisfies a second predefined criterion.
Method for operating a mobile receiving system, wherein a receiver is used to detect and store, in one cycle, the transmitters able to be received in a predefinable frequency band using a first receiving method, to enter the stored transmitters into a list and to determine the number of stored transmitters, wherein this process is repeated in a further cycle if the detection of the transmitters able to be received in the predefinable frequency band has been completed in the previous cycle, wherein the number of stored transmitters from the one cycle is compared with the number of stored transmitters from the further cycle and, if the two numbers of stored transmitters differ from one another by a predefinable value, a changeover takes place from the first receiving method to another receiving method, wherein the other receiving method is based on different reception criteria than the first receiving method, wherein the reception level serves as a reception criterion.
A fixing device comprising: a rotatable fixing member formed as an endless belt; a heat source to heat the fixing member; a nip-forming member being not rotatable and arranged inside the fixing member; and a pressure member arranged outside the fixing member so as to face the nip-forming member, the pressure member forming a nip between the pressure member and the fixing member, wherein the fixing device causes a recording medium bearing an unfixed image to pass through the nip to fix the unfixed image to the recording medium, the nip-forming member is formed of a first heat transmission unit and a sliding sheet, the first heat transmission unit includes an abutting part abutting the fixing member with the sliding sheet therebetween, and a bent part or bent parts (66b, 66c) extending inside the fixing member at upstream or upstream and downstream of the nip in a transport direction of the recording medium, and a retaining part to catch and retain the sliding sheet is provided at a tip of at least the bent part (66b, 66c) at upstream of the nip in the transport direction of the recording medium, wherein the first heat transmission unit is formed of a material having high thermal conductivity, characterised in that the fixing device further comprises a retaining unit retaining the nip-forming member and a part of the retaining unit is surrounded by the abutting part and the bent part or bent parts (66b, 66c). a rotatable fixing member formed as an endless belt; a heat source to heat the fixing member; a nip-forming member being not rotatable and arranged inside the fixing member; and a pressure member arranged outside the fixing member so as to face the nip-forming member, the pressure member forming a nip between the pressure member and the fixing member, wherein the fixing device causes a recording medium bearing an unfixed image to pass through the nip to fix the unfixed image to the recording medium, the nip-forming member is formed of a first heat transmission unit and a sliding sheet, the first heat transmission unit includes an abutting part abutting the fixing member with the sliding sheet therebetween, and a bent part or bent parts (66b, 66c) extending inside the fixing member at upstream or upstream and downstream of the nip in a transport direction of the recording medium, and a retaining part to catch and retain the sliding sheet is provided at a tip of at least the bent part (66b, 66c) at upstream of the nip in the transport direction of the recording medium, wherein the first heat transmission unit is formed of a material having high thermal conductivity, characterised in that the fixing device further comprises a retaining unit retaining the nip-forming member and a part of the retaining unit is surrounded by the abutting part and the bent part or bent parts (66b, 66c).
Method for the manufacture of a plastic component, in particular a cushioning element for sports apparel, the method comprising: a. opening a mold by a predetermined amount into a loading position; wherein the mold comprises at least two mold parts (110, 112) and wherein the amount by which the mold is opened influences an available loading volume of the mold; b. loading a material comprising expanded particles into the loading volume; c. closing the mold into a closed position; wherein during closing of the mold the mold parts (110, 112) are moved together over different distances in different areas of the mold, wherein the different distances locally affect the degree of compression of the expanded particles, wherein the different distances are essentially proportional, to the thickness distribution in the molded plastic component at least for a section of the mold; d. compressing the expanded particles by closing the mold; e. fusing at least the surfaces of the expanded particles to mold the plastic component. a. opening a mold by a predetermined amount into a loading position; wherein the mold comprises at least two mold parts (110, 112) and wherein the amount by which the mold is opened influences an available loading volume of the mold; b. loading a material comprising expanded particles into the loading volume; c. closing the mold into a closed position; wherein during closing of the mold the mold parts (110, 112) are moved together over different distances in different areas of the mold, wherein the different distances locally affect the degree of compression of the expanded particles, wherein the different distances are essentially proportional, to the thickness distribution in the molded plastic component at least for a section of the mold; d. compressing the expanded particles by closing the mold; e. fusing at least the surfaces of the expanded particles to mold the plastic component.
Method for machining a connecting rod passage in a cylinder crankcase of an internal combustion engine, involving producing at the base of the cylinder shaft a straight cut of cylindrical form, which is capable of allowing the lateral travel of the connecting rod when the piston moves up and down in the cylinder, with a rotary milling tool which operates by means of travel below the cylinder, characterized in that the direction of travel of the milling tool is orientated obliquely relative to the axis of the cylinder.
A system for delivering toxins to target cells within a mucosal or muscular lining of a lung in a mammalian target, said system comprising: a catheter adapted for introduction into a bronchial passage of a patient's respiratory system, and adapted to introduce a toxin to a region adjacent the target cells, wherein the catheter comprises infusion means adapted to deliver the toxin into the mucosal or the muscular lining of the lung; an energy applicator for applying energy to the target cells under conditions which cause poration of cell membranes in the target cells to enhance delivery of the toxin; and a source of toxin suitable for introduction from the catheter, wherein the toxin is adapted to disrupt neurogenic activity in the patient, wherein the active fragment is selected from the group consisting of botulinum toxin fragments, ricin fragments, exotoxin A fragments, diphtheria toxin fragments, cholera toxin fragments, and tetanus toxin fragments. a catheter adapted for introduction into a bronchial passage of a patient's respiratory system, and adapted to introduce a toxin to a region adjacent the target cells, wherein the catheter comprises infusion means adapted to deliver the toxin into the mucosal or the muscular lining of the lung; an energy applicator for applying energy to the target cells under conditions which cause poration of cell membranes in the target cells to enhance delivery of the toxin; and a source of toxin suitable for introduction from the catheter, wherein the toxin is adapted to disrupt neurogenic activity in the patient, wherein the active fragment is selected from the group consisting of botulinum toxin fragments, ricin fragments, exotoxin A fragments, diphtheria toxin fragments, cholera toxin fragments, and tetanus toxin fragments.
Elevator system for a building under construction, having a vertical shaft within which is held a temporary machine compartment, having a drive device which is arranged in the temporary machine compartment, which drive device is coupled via a supporting cable to a car that can be made to move upward and downward in the shaft, and having a speed limiter for limiting the speed of the car, wherein the speed limiter cooperates with a speed limiter cable arranged in the shaft, wherein the speed limiter is arranged on the car or on a counterweight connected to the car via the supporting cable, and the speed limiter cable has a first and a second cable section (32, 52), wherein the second cable section connects in the lower shaft region to the first cable section and is stored in a storage region, characterized in that the first cable section is clamped in a positionally-fixed manner between a cable retainer that is connected in a positionally-fixed manner to the temporary machine compartment and a releasable clamping device arranged in a lower shaft region, wherein the releasable clamping device has a releasable cable clamp, which cooperates with a clamping weight that can be made to move in the vertical direction.
Method for determining a mobile communications network quality and downloading mobile communications data, comprising the steps - continually acquiring data which quantify the mobile communications network quality at a present location of a respective motor vehicle along a respective travel route of motor vehicles by means of acquisition units provided in motor vehicles, - transmitting the data to a database in which the data are stored; - determining a route of at least one of the motor vehicles; - querying a data record from the database quantifying the mobile communications network quality along the route by means of a communications unit of the motor vehicle; - loading mobile communications data for operating respective applications of the motor vehicle into a data memory of the motor vehicle by means of the communication unit taking into consideration the data record; characterized in that - by means of a data processing device a main data record quantifying the mobile communications network quality at predefined intervals is determined taking into consideration the data transmitted to the database and is saved in the latter, wherein the main data record quantifies the mobile communications network quality along the respective routes covered by the motor vehicles; - the data record quantifying the mobile communications network quality along the route is obtained from the continuously updated main data record; - by taking into consideration the data record for the different applications respective data rates are defined according to which the respective mobile communications data assigned to the applications are loaded into the data memory. - continually acquiring data which quantify the mobile communications network quality at a present location of a respective motor vehicle along a respective travel route of motor vehicles by means of acquisition units provided in motor vehicles, - transmitting the data to a database in which the data are stored; - determining a route of at least one of the motor vehicles; - querying a data record from the database quantifying the mobile communications network quality along the route by means of a communications unit of the motor vehicle; - loading mobile communications data for operating respective applications of the motor vehicle into a data memory of the motor vehicle by means of the communication unit taking into consideration the data record; - by means of a data processing device a main data record quantifying the mobile communications network quality at predefined intervals is determined taking into consideration the data transmitted to the database and is saved in the latter, wherein the main data record quantifies the mobile communications network quality along the respective routes covered by the motor vehicles; - the data record quantifying the mobile communications network quality along the route is obtained from the continuously updated main data record; - by taking into consideration the data record for the different applications respective data rates are defined according to which the respective mobile communications data assigned to the applications are loaded into the data memory.