mhurhangee/ep-ind-claims huggingface dataset:
A screw tensioning device (2; 102) for tensioning or loosing tensionable screw connections comprising: a fixation element (4; 104) to be connected to a screw (6; 106); a support element (8; 108) moveable relative to the fixation element (4; 104) and arranged to be moved relative to the fixation element (4; 104) to apply tension to or remove tension from the screw (6; 106); a piston (10; 110) positioned and movable within the fixation element (4; 104), the piston (10; 110) comprising a first end (12; 112), a second end (14; 114), and a shaft (16; 116) there between; a volume (20; 120) containing a fluid, wherein the volume (20; 120) is defined by the shaft (16; 116), the support element (8; 108) and the fixation element (4; 104); and wherein movement of the piston (10; 110) manipulates the volume (20; 120) and thereby moves the fixation element (4; 104) with respect to the support element (8; 108). a fixation element (4; 104) to be connected to a screw (6; 106); a support element (8; 108) moveable relative to the fixation element (4; 104) and arranged to be moved relative to the fixation element (4; 104) to apply tension to or remove tension from the screw (6; 106); a piston (10; 110) positioned and movable within the fixation element (4; 104), the piston (10; 110) comprising a first end (12; 112), a second end (14; 114), and a shaft (16; 116) there between; a volume (20; 120) containing a fluid, wherein the volume (20; 120) is defined by the shaft (16; 116), the support element (8; 108) and the fixation element (4; 104); and wherein movement of the piston (10; 110) manipulates the volume (20; 120) and thereby moves the fixation element (4; 104) with respect to the support element (8; 108).
A method for detecting an immune cellular response in a biological sample of animal origin, which may contain at least one cell which secretes at least one immune effector molecule, comprising the steps consisting in: (a) suctioning a defined amount of the biological sample as previously taken by means of an automated suction/discharge device, (b) discharging this defined amount, using said automated suction/discharge device, into a container R, said container R containing, beforehand, at least one stimulant for secretion of said molecule by said at least one cell, or else said container R not containing such an at least one stimulant, (c) when the container does not contain, beforehand, at least one secretion stimulant, introducing into said container R said at least one secretion stimulant contained in a container E, using said automated suction/discharge device, and (d) allowing the defined amount of sample and said at least one stimulant to incubate, forming a mixture, for the secretion of said molecule by said at least one cell (i) in said container R or (ii) in another container S after suctioning and discharge of said mixture using said automated suction/discharge device, and (e) detecting the immune cellular response, wherein the detection of the immune cellular response indicates the presence of an immune cellular response specific for said at least one secretion stimulant, characterized in that said biological sample is a total blood sample previously taken from an animal organism. (a) suctioning a defined amount of the biological sample as previously taken by means of an automated suction/discharge device, (b) discharging this defined amount, using said automated suction/discharge device, into a container R, said container R containing, beforehand, at least one stimulant for secretion of said molecule by said at least one cell, or else said container R not containing such an at least one stimulant, (c) when the container does not contain, beforehand, at least one secretion stimulant, introducing into said container R said at least one secretion stimulant contained in a container E, using said automated suction/discharge device, and (d) allowing the defined amount of sample and said at least one stimulant to incubate, forming a mixture, for the secretion of said molecule by said at least one cell (i) in said container R or (ii) in another container S after suctioning and discharge of said mixture using said automated suction/discharge device, and (e) detecting the immune cellular response, wherein the detection of the immune cellular response indicates the presence of an immune cellular response specific for said at least one secretion stimulant,
Cooking device door with a locking apparatus comprising a locking element, a motor for moving the locking element, a stop in the cooking device door which restricts the movement of the locking element in a locking position, wherein the movement of the locking element is a rotational movement, and a means which is provided for detecting a core variable (Φ) for a movement path covered by the locking element, characterised in that the means comprises a switch disposed in a switching path and the means is designed for recognising a movement of the locking element beyond the locking position by means of the switch, wherein the motor is a synchronous motor and the means sets the core variable (Φ) in relation to a run time of the motor.
A method for handover based on a radio resource allocation database, wherein the radio resource allocation database is constructed and dynamically maintained, the method comprising: after receiving a handover request from a User Equipment, UE, determining in the database, by a Base Station, BS, a Radio Access Technology, RAT, and corresponding carrier frequency resources suitable for a current communication condition of the UE for the UE according to a handover reason in the handover request, and notifying the UE of information regarding the determined RAT and information regarding the corresponding carrier frequency resources; and performing, by the UE, Quality of Service, QoS, verification on the RAT and the corresponding carrier frequency resources notified by the BS, and switching to the corresponding carrier frequency with the RAT notified by the BS when the QoS on the RAT and the corresponding carrier frequency resources is superior to that of current communication.
A method for employing a controlled-modification current time value, the method implemented by logic means in a system and comprising: maintaining a current time value; receiving one or more requests for modification of the current time value; and if a request is an external request received from a verified trustworthy source incorporating the request for modification into the current time value immediately, characterised in that to allow the current time value to be subject to controlled modification in response to user-generated requests, the method further comprises where a modification request is user-generated subjecting the request to further processing, wherein the further processing of user-generated requests comprises: immediately incorporating the modification requested by a first user-generated modification request into the current time value; setting a countdown timer; and if the countdown timer has expired when a subsequent user-generated request is received incorporating the modification requested into the current time value; but if the countdown timer has not expired when a subsequent user-generated request is received, increasing the value of the countdown timer and prohibiting modification of the current time value until the time expires whereby frequent instantaneous changes in the current time value are prevented. maintaining a current time value; receiving one or more requests for modification of the current time value; and if a request is an external request received from a verified trustworthy source incorporating the request for modification into the current time value immediately, immediately incorporating the modification requested by a first user-generated modification request into the current time value; setting a countdown timer; and if the countdown timer has expired when a subsequent user-generated request is received incorporating the modification requested into the current time value; but if the countdown timer has not expired when a subsequent user-generated request is received, increasing the value of the countdown timer and prohibiting modification of the current time value until the time expires whereby frequent instantaneous changes in the current time value are prevented.
Turbine device (10a-b), in particular Kaplan turbine device, tubular turbine device and/or Straflo turbine device, with at least one conduction unit (12a-b) for conveying at least one fluid flow, and with at least one impeller vane unit (16a-b), which is arranged within the conduction unit (12a-b), which is rotatable around a rotation axis (14a-b) and which comprises at least one impeller vane (18a-b), and with a protective unit (20a-b) which is configured, in at least one operating state, to urge objects flowing in the fluid flow in a direction toward the rotation axis (14a-b), the protection unit (20a-b) being realized at least partially integrally with the impeller vane unit (16a-b) and comprising at least one contour element (21a-b) of the impeller vane (18a-b), which at least partially forms a front edge (22a-b) of the impeller vane (18a-b), characterised in that a thickness of the front edge (22a-b) increases radially towards the rotation axis (14a-b). with at least one conduction unit (12a-b) for conveying at least one fluid flow, and with at least one impeller vane unit (16a-b), which is arranged within the conduction unit (12a-b), which is rotatable around a rotation axis (14a-b) and which comprises at least one impeller vane (18a-b), and with a protective unit (20a-b) which is configured, in at least one operating state, to urge objects flowing in the fluid flow in a direction toward the rotation axis (14a-b), the protection unit (20a-b) being realized at least partially integrally with the impeller vane unit (16a-b) and comprising at least one contour element (21a-b) of the impeller vane (18a-b), which at least partially forms a front edge (22a-b) of the impeller vane (18a-b), characterised in that a thickness of the front edge (22a-b) increases radially towards the rotation axis (14a-b).
Method for transferring at least one component portion (2 - 4) of an at least partially undercut injection molded plastic component from a first state, in which the at least one component portion (2 - 4) has a geometric deviation from a component-specific reference state to a second state, in which the at least one component portion (2 - 4) has no geometric deviation from the reference state, wherein in the component-specific reference state the at least one component portion (2 - 4) and the plastic component, respectively fulfil component-specific geometric tolerances, characterized in that the geometric deviation in the first state of the at least one component portion (2 - 4) results from removing the plastic component from an injection molding tool, wherein the method comprises: using an apparatus comprising an actuation device comprising at least one first actuation element (7a - 7c) configured to exert a transfer force to the plastic component; and exerting with the at least one first actuation element (7a - 7c) a transfer force to the plastic component having the at least one component portion (2 - 4) in the first state so as to transfer the at least one component portion (2 - 4) from the first state to the second state.
A tool holding structure comprising: - a fitting member to be in positional alignment with an outer fitting portion provided in an outer face of a shank portion of a cutting tool; - a chuck portion having a cylindrical inner face capable of receiving the shank portion and the fitting member; - a guide groove formed in the inner face and extending from an opening side end portion of the chuck portion toward a far side thereof; - an inner fitting portion formed continuously with the guide groove to be fitted with the fitting member; and - the inner fitting portion including a rotation preventing face (Bx) to which the fitting member comes into contact in a direction of the shank portion being rotated relative to the chuck portion by a load of a cutting work and a slip-out preventing face (By) to which the fitting member comes into contact in a direction of the shank portion being slipped out from the chuck portion; characterized in that the rotation preventing face (Bx) is constituted of a portion of a bar-like member exposed in the inner fitting portion as the bar-like member is inserted to a hole portion formed parallel with an axis of the chuck portion, from an end portion on the opening side of the chuck portion. - a fitting member to be in positional alignment with an outer fitting portion provided in an outer face of a shank portion of a cutting tool; - a chuck portion having a cylindrical inner face capable of receiving the shank portion and the fitting member; - a guide groove formed in the inner face and extending from an opening side end portion of the chuck portion toward a far side thereof; - an inner fitting portion formed continuously with the guide groove to be fitted with the fitting member; and - the inner fitting portion including a rotation preventing face (Bx) to which the fitting member comes into contact in a direction of the shank portion being rotated relative to the chuck portion by a load of a cutting work and a slip-out preventing face (By) to which the fitting member comes into contact in a direction of the shank portion being slipped out from the chuck portion; characterized in that the rotation preventing face (Bx) is constituted of a portion of a bar-like member exposed in the inner fitting portion as the bar-like member is inserted to a hole portion formed parallel with an axis of the chuck portion, from an end portion on the opening side of the chuck portion.
A method performed by a master base station, BS, in a wireless communication system supporting a dual connectivity, the method comprising: transmitting, to a target secondary BS, a first request message for adding the target secondary BS; receiving, from the target secondary BS, a response message including an address of the target secondary BS for a data forwarding and a notification whether direct data forwarding is feasible; identifying, based on the response message, which of a direct data forwarding or an indirect data forwarding is applied; and transmitting, to a source secondary BS, a second request message, wherein in case that the direct data forwarding is applied, the second request message includes the address of the target secondary BS as a data forwarding address, and wherein in case that the indirect data forwarding is applied, the second request message includes an address of the master BS as the data forwarding address, and the method further comprises: receiving, from the source secondary BS, data based on the address of the master BS; and forwarding, to the target secondary BS, the data received from the source secondary BS based on the address of the target secondary BS. transmitting, to a target secondary BS, a first request message for adding the target secondary BS; receiving, from the target secondary BS, a response message including an address of the target secondary BS for a data forwarding and a notification whether direct data forwarding is feasible; identifying, based on the response message, which of a direct data forwarding or an indirect data forwarding is applied; and transmitting, to a source secondary BS, a second request message, wherein in case that the direct data forwarding is applied, the second request message includes the address of the target secondary BS as a data forwarding address, and wherein in case that the indirect data forwarding is applied, the second request message includes an address of the master BS as the data forwarding address, and the method further comprises: receiving, from the source secondary BS, data based on the address of the master BS; and forwarding, to the target secondary BS, the data received from the source secondary BS based on the address of the target secondary BS. receiving, from the source secondary BS, data based on the address of the master BS; and forwarding, to the target secondary BS, the data received from the source secondary BS based on the address of the target secondary BS.
Evaporative light-scattering device (ELSD) for coupling to a liquid chromatography or supercritical fluid chromatography column and comprising a nebuliser in particular associated with a nebulisation chamber, an evaporation chamber and a detection chamber into which there are introduced microparticles of compounds to be analysed which are contained in a sample from the chromatography column, the detection chamber being equipped with a source for irradiation of the microparticles of the compounds to be analysed that are introduced into the detection chamber and also with an electronically controlled measuring device which allows the light scattered by the microparticles in a direction different from that of the irradiation beam to be detected and electrical, especially digital, signals proportional to the intensity of the luminous flux received by the measuring device to be obtained, the measured signals being transmitted to a user's computer so as to allow a chromatogram V=f(t) comprising a series of peaks that are representative of the nature of the compounds to be analysed and of the content thereof in the sample from the chromatography column to be obtained on the computer screen, characterised in that the electronically controlled light measuring device with which the detection chamber of the ELSD is equipped comprises a light detector, in particular a photodiode, coupled to an integrating automatic dynamic management element especially equipped with a series of capacitors of defined capacity which can be switched individually in an adjustable manner and which perform the function of an analogue/digital converter with current input and digital output allowing the current delivered at the output of the light detector, in particular of the photodiode, to be accumulated for a very short time which can automatically be adjusted internally by driving software.
A marching memory including an array of memory units (U j), each of the memory units (U j) having a sequence of bit-level cells (M ij) so as to store information of byte size or word size, each of the bit-level cells (M ij) comprising: a transfer-transistor having a first main-electrode connected to a clock signal supply line through a first delay element and a control-electrode connected to an output terminal of a first neighboring bit-level cell (M ij) disposed at an input side of the array of the memory units (U j), through a second delay element; a reset-transistor having a first main-electrode connected to a second main-electrode of the transfer-transistor, a control-electrode connected to the clock signal supply line, and a second main-electrode connected to the ground potential; and a capacitor (C i,n) configured to store the information of the bit-level cell (M ij), connected in parallel with the reset-transistor, wherein an output node connecting a second main-electrode of the transfer-transistor and the first main-electrode of the reset-transistor serves as an output terminal of the bit-level cell (M ij), and the output terminal of the bit-level cell (M ij) delivers the information stored in the capacitor (C i,n) to a second neighboring bit-level cell (M ij) disposed at an output side of the array of the memory units (U j). a transfer-transistor having a first main-electrode connected to a clock signal supply line through a first delay element and a control-electrode connected to an output terminal of a first neighboring bit-level cell (M ij) disposed at an input side of the array of the memory units (U j), through a second delay element; a reset-transistor having a first main-electrode connected to a second main-electrode of the transfer-transistor, a control-electrode connected to the clock signal supply line, and a second main-electrode connected to the ground potential; and a capacitor (C i,n) configured to store the information of the bit-level cell (M ij), connected in parallel with the reset-transistor, wherein an output node connecting a second main-electrode of the transfer-transistor and the first main-electrode of the reset-transistor serves as an output terminal of the bit-level cell (M ij), and the output terminal of the bit-level cell (M ij) delivers the information stored in the capacitor (C i,n) to a second neighboring bit-level cell (M ij) disposed at an output side of the array of the memory units (U j).
A method for protecting a crop by providing at least one rearing population of a predator mite species of the family Phytoseiidae and a first food source for this predator mite species in the crop, wherein the rearing population of the predator mite species and the first food source are both located in a common housing, which has at least one opening which allows individuals of the predator mite species to leave the common housing, providing a second food source for the predator mite species, wherein the second food source comprises at least one population of a mite species belonging to the Astigmata, and placing the second food source in or on the same or a different plant outside the common housing spaced apart with respect to the common housing.
A device for providing cushioning material for packaging, comprising a container for storing the cushioning material and a dispensing device for dispensing the cushioning material from the container, the dispensing device comprising a driven conveyor in the form of a paddle wheel having a plurality of radially projecting blade sections for conveying the cushioning material along a conveying path, the conveyor being held on a movable base, which can be moved from an operating position into a release position and vice versa, the conveyor in the release position being moved out of the conveying path, characterized in that the device comprises a guide sheet plate which is stationary with respect to the container and which belongs to the dispensing device, and which extends straight downward in an upper area and substantially concentrically encloses a quarter circumference of the paddle wheel in a lower area, the conveying path being formed between the guide sheet plate and a shaft of the paddle wheel.
A spin-orbit torque magnetic random-access memory, SOT-MRAM, device comprising: a substrate; a spin orbit torque line above the substrate; a composite metal-oxide seed layer above the spin orbit torque line; and a magnetic tunnel junction above the composite metal-oxide seed layer, the magnetic tunnel junction comprising: a free layer above the composite metal-oxide seed layer; a main tunneling barrier layer above the free layer; and a pinned layer above the main tunneling barrier layer, wherein the composite metal-oxide seed layer comprises a first metal-oxide layer and a second metal-oxide layer, and characterized in that at least one of the first metal-oxide layer and the second metal-oxide layer comprises a number of metal oxidation layers. a substrate; a spin orbit torque line above the substrate; a composite metal-oxide seed layer above the spin orbit torque line; and a magnetic tunnel junction above the composite metal-oxide seed layer, the magnetic tunnel junction comprising: a free layer above the composite metal-oxide seed layer; a main tunneling barrier layer above the free layer; and a pinned layer above the main tunneling barrier layer, a free layer above the composite metal-oxide seed layer; a main tunneling barrier layer above the free layer; and a pinned layer above the main tunneling barrier layer, wherein the composite metal-oxide seed layer comprises a first metal-oxide layer and a second metal-oxide layer, and characterized in that at least one of the first metal-oxide layer and the second metal-oxide layer comprises a number of metal oxidation layers.