mhurhangee/ep-ind-claims huggingface dataset:
Circular blade drive, which drives a rotating circular blade mounted rotatably on an oscillating crank and driven by means of a first motor device and by means of a second motor device drives the oscillating crank for moving the circular blade into a cutting position, wherein a gearing is provided wherein the first motor device drives a circular blade shaft with the cutting blade held against it, and the second motor device rotates around the oscillating crank, driving said oscillating crank by means of a rotating shaft and wherein remote from a centre of gravity of the oscillating crank the circular blade shaft is arranged rotatably on the oscillating crank, with consequently the rotational speed of the circular blade shaft being a function of the difference in speed between the two motor devices, characterised in that a drive wheel and a driven wheel are provided in the gearing to drive the circular blade shaft and both the rotating shaft and the drive wheel of the gearing are aligned congruently with the first shaft axis of the gearing, wherein the drive wheel and the driven wheel are helical cylindrical gears in design and are paired with one another for positive power transfer, and wherein the rotating shaft is rigidly arranged at the centre of gravity of the oscillating crank.
Emission tip assembly for use on high-voltage electrodes for charging or discharging substrates, comprising at least one emission tip, and comprising a carrier body which is composed of an insulating material and has at least one high-resistance series resistor and is arranged on a metal profile (10, 10a) which is provided with an insulating potting compound, wherein the at least one emission tip can be connected to a high-voltage connection by means of the series resistor, characterized in that the metal profile (10, 10a) is connected to earth, in that the assembly is held, by way of the carrier body, by the metal profile (10, 10a) and the series resistor is arranged on the metal profile (10, 10a) in an electrically insulated manner, in that the emission tip is formed from a spring metal and forms an elastic spring element, and in that a free end of the emission tip, in the form of a corona tip, extends freely at a distance from the metal profile (10, 10a) which is provided with the insulating potting compound.
A method for converting wire rod of nonferrous metals and alloys thereof, starting at ambient temperature, to wire with high elongation and in the annealed state, without using an annealer, in which the reduction in diameter in order to pass from wire rod to wire is carried out by way of a plastic deformation process and in which at least some of the mechanical energy, provided to the metal being worked in order to carry out the reduction in diameter thereof, is converted to heat energy for annealing the metal, wherein the temperature of the metal subjected to plastic deformation is controlled in order to have, at the end of the plastic deformation process, the wire at a temperature higher than or equal to the recrystallization temperature, the reduction in diameter in order to pass from wire rod to wire being carried out by way of a rolling process, controlling the cooling of the metal being rolled in order to bring its temperature, at the end of the rolling process, to said temperature that is higher than or at least equal to the recrystallization temperature of the metal, the cooling of the metal being rolled being controlled using as a cooling agent in the rolling process an emulsion of synthetic emulsifiable oil and water with a percentage of synthetic emulsifiable oil comprised between 5% and 25% with respect to the amount of water.
Method for identifying a component of an automation system or a clamping system, the component having at least one movable component, a signal transmitter being provided on the movable component, which signal transmitter generates a magnetic field, and at least one sensor unit being provided for detecting the magnetic field of the signal transmitter and a computing unit being provided for determining the position of the component from the magnetic field detected by the sensor unit, comprising the following steps: - moving the component with the signal transmitter to at least one specific position, - detecting the magnetic field values of the signal transmitter when moving into the specific position or at the specific position, - evaluating the detected magnetic field values, - comparing the evaluated magnetic field values with stored reference values, characterized in that a specific component is assigned to each of the stored reference values, further characterized by the following steps: - selecting the specific component of which the assigned reference values correspond to the evaluated magnetic field values, and thus identifying the component, - transmitting a characteristic variable associated with the specific component to a control unit. comprising the following steps: - moving the component with the signal transmitter to at least one specific position, - detecting the magnetic field values of the signal transmitter when moving into the specific position or at the specific position, - evaluating the detected magnetic field values, - comparing the evaluated magnetic field values with stored reference values, - moving the component with the signal transmitter to at least one specific position, - detecting the magnetic field values of the signal transmitter when moving into the specific position or at the specific position, - evaluating the detected magnetic field values, - comparing the evaluated magnetic field values with stored reference values, characterized in that a specific component is assigned to each of the stored reference values, further characterized by the following steps: - selecting the specific component of which the assigned reference values correspond to the evaluated magnetic field values, and thus identifying the component, - transmitting a characteristic variable associated with the specific component to a control unit. - selecting the specific component of which the assigned reference values correspond to the evaluated magnetic field values, and thus identifying the component, - transmitting a characteristic variable associated with the specific component to a control unit.
Use of a marker for in vitro determination of the identity, purity or potency of chondrocytes by means of which chondrocytes are checked for their suitability for a prospectively successful chondrocyte transplantation, characterized in that the marker is selected from at least one of the following: IL-1beta, FLT-1, BSP-2, and type I collagen, wherein expression of the marker is determined.
A stacked die stucture comprising a plurality of semiconductor dies, each of the semiconductor die comprising: a functional circuit having an enable input connection; a plurality of external control signal input connections; a plurality of internal control signal input connections; and a decode circuit having: a first plurality of inputs coupled to the external control signal input connections; a second plurality of inputs coupled to the internal control signal input connections; and an output coupled to the enable input connection, wherein the decode circuit is adapted to couple one signal coupled to the external control signal input connections to the output based on signals coupled to the internal control signal input connections, wherein the signals coupled to the internal control signal input connection are based on inter-die connection patterns between the internal control signal input connections on a first die and its adjacent die(s) during fabrication, an wherein the signals coupled to the internal control signal input connections are indicative of a location of the semiconductor die in the stacked die structure. a first plurality of inputs coupled to the external control signal input connections; a second plurality of inputs coupled to the internal control signal input connections; and an output coupled to the enable input connection, wherein the decode circuit is adapted to couple one signal coupled to the external control signal input connections to the output based on signals coupled to the internal control signal input connections, wherein the signals coupled to the internal control signal input connection are based on inter-die connection patterns between the internal control signal input connections on a first die and its adjacent die(s) during fabrication, an wherein the signals coupled to the internal control signal input connections are indicative of a location of the semiconductor die in the stacked die structure.
Gateway apparatus (74, 78) for coupling a cellular switching center (28, 54) to a packet-switched network, comprising a control unit (120, 122), adapted to receive upstream signaling messages from the cellular switching center destined for a cellular signaling transfer point and to packetize the upstream signaling messages for transmission over the packet-switched network; and a media gateway unit, adapted to receive from the cellular switching center upstream media data and to packetize the media data for transmission over the packet-switched network, said gateway apparatus being characterised in that it comprises: the control unit is configured to emulate circuit-switched signaling communications between the cellular switching center and other elements of a cellular network, and to select for packetizing certain of the signaling messages that are to be transmitted over the packet-switched network to other gateways, while other signaling messages are transmitted by the control unit over a circuit-switched link, wherein the gateway apparatus and the other gateways share a common address in the circuit-switched network. the control unit is configured to emulate circuit-switched signaling communications between the cellular switching center and other elements of a cellular network, and to select for packetizing certain of the signaling messages that are to be transmitted over the packet-switched network to other gateways, while other signaling messages are transmitted by the control unit over a circuit-switched link, wherein the gateway apparatus and the other gateways share a common address in the circuit-switched network.
Holding unit for an axle lifting system of a commercial vehicle, comprising a first holding element and a second holding element, wherein for mounting the holding unit so as to be pivotable about a pivot axis on a bearing block of a commercial vehicle, the first holding element has a first bearing region and the second holding element has a second bearing region, wherein the first holding element has a first connection region which along a parallel line to the pivot axis is spaced apart from the first bearing region and is securable on a second connection region of the second holding element, wherein the first connection region is conceived for supporting the second holding element in a manner parallel to the pivot axis, characterized in that the first connection region has a transverse portion that extends along the pivot axis and has a detent that extends in a manner substantially transverse to the pivot axis.
A hybrid module comprising a clutch, an electrical machine, an internal combustion engine side, a transmission side, a housing with a radially extending housing region which is arranged axially next to the electrical machine on the internal combustion engine side, and with an axially extending housing region which at least partially surrounds the hybrid module, and a vibration damper, wherein the housing has two separate components (11, 12), wherein a first component forms the radially extending housing region and a second component forms the axially extending housing region, and the first component is axially arranged as an intermediate wall between the vibration damper on the one side and the electrical machine and/or the clutch on the other side, wherein the clutch has an actuating device which is supported on the first component, characterised in that the first component radially overlaps the vibration damper.
Method for processing data by an electronic data-acquisition device (DEAD, CTerm), communicating with an electronic data-providing device (DEFD, 10, SCNFC) by using a short-range wireless NFC communications technology defining a transmission/reception reference frequency, electronic data-acquisition device (DEAD, CTerm) comprising: - a public applications interface (PuAPI) accessible by an application layer (AppLyr) that uses the public application interface (PuAPI) to transmit and receive data from an NFC module (ModNFC) connected to a transmission/reception antenna (Ant); and - a private applications interface (PrAPI) accessible by a frequency-determining component and a secure application layer (SecApL), the method comprising the following steps, implemented by the frequency-determining component: - modification (10-4, 10-5, 10-7) of the data transmission/reception frequency of the NFC module (ModNFC) by applying a modification parameter to the transmission/reception reference frequency, - retrieval of a signal from the NFC module and transformation of this signal to obtain decoded data at the modified transmission frequency, and - transmission (10-9, 10-10) of the decoded data to the secure application layer (SecApL) via the private application interface (PrAPI). - a public applications interface (PuAPI) accessible by an application layer (AppLyr) that uses the public application interface (PuAPI) to transmit and receive data from an NFC module (ModNFC) connected to a transmission/reception antenna (Ant); and - a private applications interface (PrAPI) accessible by a frequency-determining component and a secure application layer (SecApL), - modification (10-4, 10-5, 10-7) of the data transmission/reception frequency of the NFC module (ModNFC) by applying a modification parameter to the transmission/reception reference frequency, - retrieval of a signal from the NFC module and transformation of this signal to obtain decoded data at the modified transmission frequency, and - transmission (10-9, 10-10) of the decoded data to the secure application layer (SecApL) via the private application interface (PrAPI).
A blood pump-oxygenator system for increasing perfusion and oxygen level in a patient, comprising at least one blood pump, an oxygenator, an inflow cannula, and an outflow cannula, which are connected so as to form a closed series circuit to be operable as a cardiopulmonary bypass system adapted for extracorporeal processing of the patient's blood, wherein the blood pump is configured to convey blood through the circuit from the patient into the inflow cannula, through the oxygenator and out of the outflow cannula back into the patient, wherein the system further comprises a manifold connected between the inflow cannula and the outflow cannula so that the blood passes through the manifold, wherein the manifold accommodates the blood pump and the oxygenator and is designed so as to form a recirculation loop configured to recirculate at least part of the blood in the circuit such that the blood passes over the oxygenator multiple times, characterized in that the system further comprises an extra blood pump positioned at the outflow cannula and configured to deliver a set volume to the patient, wherein the extra pump is configured to be controlled independently from the blood pump that circulates the blood in the manifold including the oxygenator, and in that the blood pump and the oxygenator are modular components to allow replacement of at least one of the blood pump and the oxygenator. wherein the system further comprises a manifold connected between the inflow cannula and the outflow cannula so that the blood passes through the manifold, wherein the manifold accommodates the blood pump and the oxygenator and is designed so as to form a recirculation loop configured to recirculate at least part of the blood in the circuit such that the blood passes over the oxygenator multiple times, characterized in that the system further comprises an extra blood pump positioned at the outflow cannula and configured to deliver a set volume to the patient, wherein the extra pump is configured to be controlled independently from the blood pump that circulates the blood in the manifold including the oxygenator, and in that the blood pump and the oxygenator are modular components to allow replacement of at least one of the blood pump and the oxygenator.
A method for manufacturing carbon nanotube fibers, the method comprising: (a) providing carbon nanotube fibers and pretreating the carbon nanotube fibers by a process selected from the group consisting of acid treatment, ultraviolet irradiation, plasma treatment, electron beam treatment and immersion in a solvent or surfactant; (b) preparing carbon nanotube fibers coated with a carbon precursor by dissolving a carbon precursor in a solvent and immersing the pretreated carbon nanotube fibers therein; (c) drying the prepared carbon nanotube fibers coated with the carbon precursor in the step (b); (d) stabilizing the dried carbon nanotube fibers dried in step (c) through heat treatment at 100 to 400°C under air atmosphere; and (e) carbonizing the stabilized carbon nanotube fibers stabilized in the step (d) through heat treatment at 500 to 1600°C for 30 minutes to 1 hour under inert gas atmosphere. (a) providing carbon nanotube fibers and pretreating the carbon nanotube fibers by a process selected from the group consisting of acid treatment, ultraviolet irradiation, plasma treatment, electron beam treatment and immersion in a solvent or surfactant; (b) preparing carbon nanotube fibers coated with a carbon precursor by dissolving a carbon precursor in a solvent and immersing the pretreated carbon nanotube fibers therein; (c) drying the prepared carbon nanotube fibers coated with the carbon precursor in the step (b); (d) stabilizing the dried carbon nanotube fibers dried in step (c) through heat treatment at 100 to 400°C under air atmosphere; and (e) carbonizing the stabilized carbon nanotube fibers stabilized in the step (d) through heat treatment at 500 to 1600°C for 30 minutes to 1 hour under inert gas atmosphere.
Pneumatic brake booster for motor vehicles having a booster housing, the interior space of which is subdivided by at least one axially movable wall exposed to a pneumatic differential pressure into at least one working chamber and at least one vacuum chamber, and having a control housing and a control valve, which is arranged in the control housing and controls a pressure differential between the working chamber and the vacuum chamber, and which controls an air flow between the working chamber and the vacuum chamber or a surrounding atmosphere, wherein the control valve comprises a disk valve together with a valve piston, which can be joined by a sealing area to the disk valve to form a seal and is displaceable in a lift direction R, characterized in that a restrictor is provided between the valve piston and the disk valve for restriction of the air flow as a function of the lift, wherein a circumferential, axial projection is formed on the valve piston or the disk valve in such a way that the valve piston or the disk valve encloses the projection radially at least in part, so that a radial air gap exists between the projection and the valve piston or the disk valve in an unactuated state of the control valve
Method for facilitating the entry by a user, of information into a scaffold electronic document, wherein the scaffold electronic document includes content displayable to a user as text and/or graphics on one or more pages, and m groups of information entry fields U 1,..., U i,..., U m, each group being associated with a distinct user, and wherein the i th group of information entry fields includes n i information entry fields F i,1,..., F iji,..., F ini, wherein the information entry fields are adapted to receive information entered therein by an i th user, comprising the steps of: by a document summary server, A. for the scaffold electronic document, establishing a group index i for each of the m groups of information entry fields where 1≤i≤m, and establishing a subgroup index j i for the i th group of information entry fields F iji of the respective m groups where 1≤i≤m and where 1≤j i ≤n i, wherein i and j i for the i th user have initial values equal to 1 for the scaffold electronic document, and i and j i have maximum values equal to m and n i respectively for the scaffold electronic document, B. making available over a network for display to the user, the scaffold electronic document, C. in response to receipt over the network of data indicative of entry by the i th user of information into the j i th information entry field of the i th group, modifying the scaffold electronic document to include the entered information in the j i th information entry field, and incrementing the subgroup index j for the F iji subgroup, and D. making available for display in relation to the i th user, a steps-to-go display representative of the difference between the maximum value of the subgroup index j i for the i th user and the current value of the subgroup index j i for the i th user. A. for the scaffold electronic document, establishing a group index i for each of the m groups of information entry fields where 1≤i≤m, and establishing a subgroup index j i for the i th group of information entry fields F iji of the respective m groups where 1≤i≤m and where 1≤j i ≤n i, wherein i and j i for the i th user have initial values equal to 1 for the scaffold electronic document, and i and j i have maximum values equal to m and n i respectively for the scaffold electronic document, B. making available over a network for display to the user, the scaffold electronic document, C. in response to receipt over the network of data indicative of entry by the i th user of information into the j i th information entry field of the i th group, modifying the scaffold electronic document to include the entered information in the j i th information entry field, and incrementing the subgroup index j for the F iji subgroup, and D. making available for display in relation to the i th user, a steps-to-go display representative of the difference between the maximum value of the subgroup index j i for the i th user and the current value of the subgroup index j i for the i th user.