mhurhangee/ep-ind-claims huggingface dataset:
A tie rod arrangement located between a front shell and a rear shell of a brake booster through which a flange on a housing of a master cylinder is connected to a support member, said tie rod arrangement being characterized by a first head that engages said rear shell with a first shaft that extends there from in a first direction along a first axis through said front shell and a first opening in said flange and a second shaft offset from said first shaft that extends from said first head in a second direction along a second axis through said rear shell and a first opening in said support member and a second head that engages said rear shell with a third shaft that extends there from in said first direction along a third axis through said front shell and a second opening in said flange and a fourth shaft offset from said third shaft that extends from said second head in said second direction along a fourth axis through said rear shell and a second opening in said support member, and fastener means (80, 80'···80n) secured to said first shaft, second shaft, third shaft and fourth shaft such that said flange acts on said front shell to transmit a force through said first and third shafts that compresses said rear shell between said first head and second head and said support member while resisting said force, characterised in that first head and second head are each characterized by an index tab located between tabs and to align the tabs between tabs and on the rear shell, that engages said rear shell to align said second and fourth shafts in a desired space alignment with respect to said support member.
Apparatus for injection molding of plastic materials including an injection machine platen, a mold comprising a backing plate for securing the mold to the injection machine platen, a distributor of the plastic material to be injected bearing a plurality of injectors each including a nozzle within which a pin valve is axially movable, and a respective electric actuator and associated transmission (12, 14, 22) to operate the displacement of the pin valve between a closed condition and an open condition to enable fluid plastic material under pressure to flow from the distributor to the cavity of the mold, wherein the transmission of each injector includes a respective variable-length connecting rod, characterized in that each electric actuator is carried by a support of the injection machine platen arranged laterally to the backing plate of the mold and said variable-length connecting rods extend through the backing plate.
A mechanical seal installed on a shaft seal part formed between a housing and a rotational shaft to seal a space between the housing and rotational shaft, the mechanical seal characterized in that: the mechanical seal has a seal ring and a mating ring that faces and slides against the seal ring and either the seal ring or mating ring is supported via a bellows on an equipment interior side of a seal cover installed on the housing, while the other rotates together with the rotational shaft; and a baffle sleeve with a roughly L-shaped cross-section is fixed on an equipment exterior side of the seal cover to guide quenching liquid to sliding surfaces of the seal ring and mating ring, where the baffle sleeve structurally splits into a flange part and a cylinder part, wherein the flange part has a slit formed in one location in a circumferential direction and is configured to be capable of shrinking in a diameter of the flange part, wherein an inner periphery surface of the flange part is engaged with an outer periphery surface of the cylinder part, while an outer periphery surface of the flange part is engaged with a surface for flange engagement provided on the equipment exterior side of the seal cover; and by fitting the outer periphery surface of the flange part along the surface, the inner periphery surface of the flange part clamps the outer periphery surface of the cylinder part.
Readout arrangement (100; 230, 250, 260; 910) for an image sensor (120; 210; 1110; 1210), wherein the readout arrangement is configured to receive from a plurality of column leads (110a-110d; 310; 912a-912n) of the image sensor in parallel a plurality of image sensor analog signals describing in an analog manner brightness values detected by the image sensor, and wherein the readout arrangement is configured to select which subset of a plurality of analog values represented by the image sensor analog signals or based on the image sensor analog signals is to be stored in an analog memory (130; 220; 920; 1148; 1248) for further processing, and to cause storage of the selected analog values in the analog memory, or to store the selected analog values in the analog memory. wherein the readout arrangement (100; 230, 250, 260; 910) is configured to, based on an evaluation of the image sensor analog signals, decide which subset of a plurality of analog values represented by the image sensor analog signals or based on the image sensor analog signals is to be stored in an analog memory for further processing. wherein the readout arrangement is configured to receive from a plurality of column leads (110a-110d; 310; 912a-912n) of the image sensor in parallel a plurality of image sensor analog signals describing in an analog manner brightness values detected by the image sensor, and wherein the readout arrangement is configured to select which subset of a plurality of analog values represented by the image sensor analog signals or based on the image sensor analog signals is to be stored in an analog memory (130; 220; 920; 1148; 1248) for further processing, and to cause storage of the selected analog values in the analog memory, or to store the selected analog values in the analog memory. wherein the readout arrangement (100; 230, 250, 260; 910) is configured to, based on an evaluation of the image sensor analog signals, decide which subset of a plurality of analog values represented by the image sensor analog signals or based on the image sensor analog signals is to be stored in an analog memory for further processing.
An apparatus comprising: a drivelink comprising: a housing including a socket with a circular cross-sectional area, and a pre-loaded bearing cartridge disposed within the socket, wherein a cross-sectional area of the pre-loaded bearing cartridge is coplanar with the circular cross-sectional area of the socket, and wherein the cross-sectional area of the pre-loaded bearing cartridge is less than the circular cross-sectional area of the socket; and wherein the pre-loaded bearing cartridge comprises a first elastomeric member (102(a)) and a second elastomeric member (102(b)) separated from one another by a spacing, wherein the first elastomeric member (102(a)) is pre-loaded in compression to deform into the spacing when the first elastomeric member (102(a)) undergoes compression in operation and the second elastomeric member (102(b)) is pre-loaded in compression to deform into the spacing when the second elastomeric member (102(b)) undergoes compression in operation. a drivelink comprising: a housing including a socket with a circular cross-sectional area, and a pre-loaded bearing cartridge disposed within the socket, wherein a cross-sectional area of the pre-loaded bearing cartridge is coplanar with the circular cross-sectional area of the socket, and wherein the cross-sectional area of the pre-loaded bearing cartridge is less than the circular cross-sectional area of the socket; and wherein the pre-loaded bearing cartridge comprises a first elastomeric member (102(a)) and a second elastomeric member (102(b)) separated from one another by a spacing, wherein the first elastomeric member (102(a)) is pre-loaded in compression to deform into the spacing when the first elastomeric member (102(a)) undergoes compression in operation and the second elastomeric member (102(b)) is pre-loaded in compression to deform into the spacing when the second elastomeric member (102(b)) undergoes compression in operation. a housing including a socket with a circular cross-sectional area, and a pre-loaded bearing cartridge disposed within the socket, wherein a cross-sectional area of the pre-loaded bearing cartridge is coplanar with the circular cross-sectional area of the socket, and wherein the cross-sectional area of the pre-loaded bearing cartridge is less than the circular cross-sectional area of the socket; and wherein the pre-loaded bearing cartridge comprises a first elastomeric member (102(a)) and a second elastomeric member (102(b)) separated from one another by a spacing, wherein the first elastomeric member (102(a)) is pre-loaded in compression to deform into the spacing when the first elastomeric member (102(a)) undergoes compression in operation and the second elastomeric member (102(b)) is pre-loaded in compression to deform into the spacing when the second elastomeric member (102(b)) undergoes compression in operation.
A computer implemented method for providing a subject-specific computational fluid dynamic model of at least one component in the cardiovascular system for simulating blood flow and/or structural features, wherein the model comprises transient geometry and is created by: - acquiring subject-specific measurement data of said at least one component, and - generating the computational fluid dynamic model based on the subject-specific measurement data, characherized in - acquiring the subject-specific measurement data by performing echocardiography in real-time 3D for creating time-dependent ultrasound measurements representing medical imaging data, and further defining at least one boundary condition or source term for the model from the transient geometry based on time-varying geometrical shapes of the medical imaging data when running a simulation. - acquiring subject-specific measurement data of said at least one component, and - generating the computational fluid dynamic model based on the subject-specific measurement data, characherized in - acquiring the subject-specific measurement data by performing echocardiography in real-time 3D for creating time-dependent ultrasound measurements representing medical imaging data, and further defining at least one boundary condition or source term for the model from the transient geometry based on time-varying geometrical shapes of the medical imaging data when running a simulation.
A method for management of power and clock domains related to a distributed virtual memory, DVM, network, comprising: transmitting, from a DVM initiator to a DVM network, a DVM operation; broadcasting, by the DVM network to a plurality of DVM targets, the DVM operation; and characterized by: based on the DVM operation being broadcasted to the plurality of DVM targets by the DVM network, turning on a power domain coupled to the DVM target of the plurality of DVM targets that is the target of the DVM operation based on the power domain being turned off. transmitting, from a DVM initiator to a DVM network, a DVM operation; broadcasting, by the DVM network to a plurality of DVM targets, the DVM operation; and characterized by: based on the DVM operation being broadcasted to the plurality of DVM targets by the DVM network, turning on a power domain coupled to the DVM target of the plurality of DVM targets that is the target of the DVM operation based on the power domain being turned off. based on the DVM operation being broadcasted to the plurality of DVM targets by the DVM network, turning on a power domain coupled to the DVM target of the plurality of DVM targets that is the target of the DVM operation based on the power domain being turned off.
A shielding device configured to shield bladder and/or a rectum during treatment of a patient's cervix, comprising: two elongated, parallel tubes joined at a distal portion; and a shield at least one of removably and slidably situated at the distal portion; characterized in that the distal portion includes a separate shield retainer attached to distal ends of the tubes, and wherein the shield retainer includes a retaining lip and a key slot configured to retain the shield, and the shield includes a retaining ring and a key portion configured to be received by the retaining lip and the key slot, respectively. two elongated, parallel tubes joined at a distal portion; and a shield at least one of removably and slidably situated at the distal portion; characterized in that the distal portion includes a separate shield retainer attached to distal ends of the tubes, and wherein the shield retainer includes a retaining lip and a key slot configured to retain the shield, and the shield includes a retaining ring and a key portion configured to be received by the retaining lip and the key slot, respectively.
Agricultural device for soil cultivation, having at least one packer roller (2, 2', 2", 2′′′, 2ʺʺ, 2′′′ʺ) for levelling and/or compacting soil, wherein the device has at least one drive unit (3, 3') for driving the at least one packer roller (2, 2', 2", 2′′′, 2′′′′, 2′′′ʺ), wherein the device has at least one control unit which is configured to control the at least one drive unit (3, 3'), characterized in that the at least one control unit is configured in such a manner that it can be connected to a control line, in particular a data bus, of a transport machine.
A method for producing a particulate pharmaceutical composition, comprising: a) dissolving or dispersing a block copolymer unit having a hydrophobic polymer-chain segment derived from a polyamino acid chain and a water-soluble hydrophilic polymer-chain segment made of polyethylene glycol, and a charged lipid into a forming solution containing an organic solvent; b) removing the organic solvent by evaporation to form a solid or paste; c) combining the solid or paste with water or with an aqueous solution containing an additive with stirring to disperse the block copolymer unit and the charged lipid; d) further dispersing or pulverising the resulting product by a method selected from ultrasonic radiation, high pressure emulsification, or extrusion to form a carrier composition; and e) carrying out a freezing operation; wherein a drug including at least a biomacromolecule selected from the group consisting of a protein and a nucleic acid, is introduced by adding the drug to the forming solution between steps a) and b) or by adding the carrier composition to a solution of the drug between steps d) and e), wherein the charged lipid carries a charge opposite to the charge of the drug. a) dissolving or dispersing a block copolymer unit having a hydrophobic polymer-chain segment derived from a polyamino acid chain and a water-soluble hydrophilic polymer-chain segment made of polyethylene glycol, and a charged lipid into a forming solution containing an organic solvent; b) removing the organic solvent by evaporation to form a solid or paste; c) combining the solid or paste with water or with an aqueous solution containing an additive with stirring to disperse the block copolymer unit and the charged lipid; d) further dispersing or pulverising the resulting product by a method selected from ultrasonic radiation, high pressure emulsification, or extrusion to form a carrier composition; and e) carrying out a freezing operation; wherein a drug including at least a biomacromolecule selected from the group consisting of a protein and a nucleic acid, is introduced by adding the drug to the forming solution between steps a) and b) or by adding the carrier composition to a solution of the drug between steps d) and e), wherein the charged lipid carries a charge opposite to the charge of the drug.
A method of controlling a by-pass valve in an engine system, said engine system comprising at least a low pressure turbocharger and a high pressure turbocharger, said by-pass valve being located between the compressor stages of the low and high pressure turbochargers (7, 8), said by-pass valve including a movable actuator/member, arranged so as to selectively divert intake air through, or by-pass, the high pressure compressor stage, wherein the by-pass valve comprises a cylinder or chamber, including a movable piston/diaphragm/membrane located therein, which is attached to said movable actuator, and urged to a first position by a spring means and to the opposite position by application of pressure or vacuum to said chamber; and wherein the movable actuator/member is controlled by adjusting the pressure/vacuum to provide a force against the spring means; wherein in an active mode the actuator/member is controlled so as to forcibly be moved to and from open and closed positions so as to divert said flow in the by-pass valve, said method including operating said by-pass valve in a passive mode; characterized in that, in the passive mode, the pressure/vacuum applied to said chamber is made to provide a counter force substantially equal to the spring force of the spring means such that the net pressure acting on the movable member being the difference in pressure between the high pressure compressor outlet pressure and the low pressure compressor outlet pressure; wherein said method includes switching the operation of said by-pass valve from a first active mode phase where the by-pass valve is forced closed, to a second phase where the by-pass valve is operated in said passive mode, and then to a subsequent third phase where the by-pass valve is operated in the active mode where the by-pass valve is forced open.
A position indicator for encoding operational information represented by a continuous variable and transmitting the encoded operational information to a tablet, comprising: a time-constant circuit configured to provide a voltage output; a voltage comparison circuit; and a detection voltage setting circuit, wherein the time-constant circuit includes a plurality of time-constant sub-circuits configured to be selectively switched among them, the plurality of time-constant sub-circuits each having an element whose characteristic continuously changes in response to the operational information represented by the continuous variable and each having a time constant which changes in response to a change in the characteristic of the element, each time constant having a different variable range, wherein the detection voltage setting circuit is adapted to selectively output a voltage value from a plurality of voltage values, and wherein the voltage comparison circuit is adapted to compare the voltage output from the time-constant circuit with the voltage output from the detection voltage setting circuit, wherein, based on the comparison result, the time constant of the time-constant circuit and the voltage value output from the detection voltage setting circuit are changed. a time-constant circuit configured to provide a voltage output; a voltage comparison circuit; and a detection voltage setting circuit, wherein the time-constant circuit includes a plurality of time-constant sub-circuits configured to be selectively switched among them, the plurality of time-constant sub-circuits each having an element whose characteristic continuously changes in response to the operational information represented by the continuous variable and each having a time constant which changes in response to a change in the characteristic of the element, each time constant having a different variable range, wherein the detection voltage setting circuit is adapted to selectively output a voltage value from a plurality of voltage values, and wherein the voltage comparison circuit is adapted to compare the voltage output from the time-constant circuit with the voltage output from the detection voltage setting circuit, wherein, based on the comparison result, the time constant of the time-constant circuit and the voltage value output from the detection voltage setting circuit are changed.
Device for the optical determination of distances to objects in a surveillance area having a transmission unit comprising a plurality of transmitters (101,.., 116) for transmitting of transmission light pulses (213, 214) into the surveillance area, having a detector unit comprising at least one detector for detecting light pulses (313, 314) remitted from the surveillance area and having a control and evaluation unit for controlling the transmission unit and for evaluating of measurement data from the detector unit, wherein a space angle into which the transmitters (101,.., 116) radiate is so small and the transmitters (101,..,116) are arranged in the transmission unit such that the transmission light pulses (213, 214) of the different transmitters (101,..,116) illuminate, on an object in the surveillance area, illumination spots (513, 514) distinguishable from one another, wherein distinguishing means are present for distinguishing light pulses (313, 314) going back to transmission light pulses (213, 214) from different transmitters (113, 114), and wherein the control and evaluation unit is designed for determining distances of object regions (513, 515) illuminated by the transmission light pulses (213, 214) in relation to the detector unit from time differences between the detection times of the remitted light pulses (330, 314) and the transmission times of the corresponding transmission light pulses (213, 214) as well as the speed of light in the surveillance area, characterized in, that the transmitters (101,..,116) are arranged along a curved line.
A connection device for radiators that comprises: - a reducing plug configured to adapt a radiator outlet to the size of the thread of a valve or a lockshield valve, wherein the reducing plug comprises a first joining end for joining to the radiator; wherein the reducing plug further comprises a second end configured to carry out the coupling of a nut; and wherein the second end of the reducing plug comprises a hollow interior part which in turn comprises at least one first stretch with a first diameter and at least one second stretch with a second diameter that is smaller than the first diameter; characterized in that the first end for joining to the radiator is larger than the second end and comprises an external thread configured to join the reducing plug to the radiator. - a reducing plug configured to adapt a radiator outlet to the size of the thread of a valve or a lockshield valve, wherein the reducing plug comprises a first joining end for joining to the radiator; wherein the reducing plug further comprises a second end configured to carry out the coupling of a nut; and wherein the second end of the reducing plug comprises a hollow interior part which in turn comprises at least one first stretch with a first diameter and at least one second stretch with a second diameter that is smaller than the first diameter; characterized in that the first end for joining to the radiator is larger than the second end and comprises an external thread configured to join the reducing plug to the radiator.