mhurhangee/ep-ind-claims huggingface dataset:
A biopsy driver assembly configured to mount a biopsy probe assembly, comprising: a biopsy driver housing; an electrical assembly coupled to said biopsy driver housing, said electrical assembly including at least one electrical drive (361, 362, 363) configured for drivably engaging said biopsy probe assembly; a battery coupled to said biopsy driver housing; and a control circuit coupled to said biopsy driver housing, said control circuit being electrically coupled to said battery and to said electrical assembly, characterised by said control circuit having a motion detector, a timer circuit and a battery dwell circuit, said control circuit being configured to conserve said battery by turning off electrical power to said electrical assembly and to said timer circuit after a predetermined time following a last detected physical movement of said biopsy driver assembly while maintaining electrical power to said motion detector, and configured to provide electrical power from said battery to said motion detector, said timer, and said electrical assembly when a physical movement of said biopsy driver assembly is detected. a biopsy driver housing; an electrical assembly coupled to said biopsy driver housing, said electrical assembly including at least one electrical drive (361, 362, 363) configured for drivably engaging said biopsy probe assembly; a battery coupled to said biopsy driver housing; and a control circuit coupled to said biopsy driver housing, said control circuit being electrically coupled to said battery and to said electrical assembly, characterised by said control circuit having a motion detector, a timer circuit and a battery dwell circuit, said control circuit being configured to conserve said battery by turning off electrical power to said electrical assembly and to said timer circuit after a predetermined time following a last detected physical movement of said biopsy driver assembly while maintaining electrical power to said motion detector, and configured to provide electrical power from said battery to said motion detector, said timer, and said electrical assembly when a physical movement of said biopsy driver assembly is detected.
Ceiling construction for furnaces, in particular combustion furnaces for ceramics, wherein the thermally expandable ceiling construction has a segmented (9, 10, 11) ceiling and, for the edge-side expansion-tolerant reception of the ceiling, a bracket with a moveable mount, and a tensioning device which acts on the bracket and which has a horizontally arranged tie rod which is loaded by a spring, wherein the tie rod is mounted in an axially displaceable manner on a stationary frame and is connected to the bracket so as to be pivotable at the front end by means of a bearing, characterized in that the ceiling is formed as a clamped-in flat ceiling or a vaulted ceiling and is received at both sides on the ceiling edges on bracket with tensioning devices, wherein the ceiling has a plurality of ceiling segments (9, 10, 11) which are lined up in the one direction and connected to one another in a form-fitting manner, and the ceiling and the ceiling segments (9, 10, 11) and the bracket are subdivided into a plurality of portions in the other transverse direction, wherein adjacent portions have corresponding expansion-absorbing stepped contours.
Tube for packaging a predetermined volume of biological substance to be stored at a low temperature less than or equal to -20°C, in plastic material, of inside diameter at least equal to 6 mm, closed at one end and having an opening (98; 108; 208; 308) at the opposite end for introducing into it said pre-determined volume, said tube including a portion (2; 102; 202; 302) for receiving said volume, said tube also including an annular end portion (3; 103; 203; 303) adapted to be crushed by clamping and to assume a flattened position in which two lips are in contact with each other to form by heat welding a hermetic seal of said tube, characterized in that said annular end portion (3; 103; 203; 303) is adapted to be flattened more easily than said receiving portion (2; 102; 202; 302) by having over at least a part of its length a thickness smaller than the thickness of said receiving portion (2; 102; 202; 302).
A computer-implemented method for generating auditory scenes associated with a first auditory scene controller, the method comprising: receiving, from a microphone, a first auditory signal that includes a first plurality of voice components; receiving a request to at least partially suppress a first voice component included in the first plurality of voice components; generating a second auditory signal that includes the first plurality of voice components with the first voice component at least partially suppressed; and transmitting the second auditory signal to a speaker for output. receiving, from a microphone, a first auditory signal that includes a first plurality of voice components; receiving a request to at least partially suppress a first voice component included in the first plurality of voice components; generating a second auditory signal that includes the first plurality of voice components with the first voice component at least partially suppressed; and transmitting the second auditory signal to a speaker for output.
Mounting device for mounting a guide vane, which is to be mounted, in a vane slot of a turbine, characterized in that the mounting device comprises a jamming unit and a caulking unit, wherein the jamming unit is designed to generate, in the vane slot, a force fit in a circumferential direction, wherein the circumferential direction is a direction which, in the working position of the mounting device, encircles perpendicular to an axis of rotation of the turbine, at a constant distance around the axis of rotation, wherein the caulking unit is arranged behind the jamming unit in the circumferential direction and the caulking unit bears against the jamming unit in the circumferential direction, and wherein the caulking unit is designed to apply, by means of a caulking piston, a caulking force in a mounting direction opposite to the circumferential direction, and to transmit this force to the guide vane which is to be mounted.
Method for transmitting data from an application between nodes of a motor vehicle using an Ethernet transport protocol, wherein the Ethernet transport protocol is operated in a mode in which the transmitters and receivers of a node are deactivated in non-use periods, in which no first data need to be transmitted, and are activated again when data are pending transmission, wherein the feature "are deactivated" is defined in that the transmitters and receivers are transferred from an operating mode (active) to a quiescent mode in a deactivation time (T S) and wherein the feature "are activated" is defined in that the transmitters and receivers are transferred from the quiescent mode to an operating mode (active) in an activation time (T W), and wherein a transmission cycle is defined as the time from one data transmission to a subsequent data transmission in the MAC layer, that is to say as that time in which the application receives and/or transmits new data in the MAC layer, characterized in that a limit value of a transmission frequency is defined by the inverse of the sum of the activation time (T W), of the deactivation time (T S) and of a transmission time (T FRM) for the data to be transmitted by the application within a transmission cycle, and in that a requirement to save energy causes the transmission cycle to be extended by inserting a quiescent mode, so long as the limit value of the transmission frequency is observed, wherein the application checks whether the requirement for the application can be reduced to the content of the data that are to be transmitted, wherein the content of the data that are to be transmitted is reduced by, in the case of video data, reducing the video quality of a data stream that is to be transmitted and, in that in the case of audio data, reducing the audio quality of a data stream that is to be transmitted, wherein content of the data that are to be transmitted is reduced only if the requirement to save energy is not possible without exceeding the limit value of the transmission frequency.
Method for producing a motor vehicle hybrid component having a metallic basic body and a reinforcement patch made from fibre composite material, characterised by the following method steps: - producing the basic body as a three-dimensionally shaped, hot-formed and press-hardened motor vehicle component, - providing at least one layer of fibre material, preferably providing two, in particular three or more, layers of fibre material which are stacked one over the other, wherein the layers are pre-impregnated with resin and/or are loaded with a resin, - inserting the fibre composite material stack into the motor vehicle component, - forming the fibre composite material into the motor vehicle component to produce the motor vehicle hybrid component, wherein a residual heat of the motor vehicle component is used for hardening the reinforcement patch, such that the fibre composite material hardens, - applying a metallic layer to a fibre layer at least in sections before and/or during and/or after the forming, wherein the metallic layer is arranged on the side of the reinforcement patch lying opposite the motor vehicle component and is pressed with the fibre composite material. - producing the basic body as a three-dimensionally shaped, hot-formed and press-hardened motor vehicle component, - providing at least one layer of fibre material, preferably providing two, in particular three or more, layers of fibre material which are stacked one over the other, wherein the layers are pre-impregnated with resin and/or are loaded with a resin, - inserting the fibre composite material stack into the motor vehicle component, - forming the fibre composite material into the motor vehicle component to produce the motor vehicle hybrid component, wherein a residual heat of the motor vehicle component is used for hardening the reinforcement patch, such that the fibre composite material hardens, - applying a metallic layer to a fibre layer at least in sections before and/or during and/or after the forming, wherein the metallic layer is arranged on the side of the reinforcement patch lying opposite the motor vehicle component and is pressed with the fibre composite material.
Electric heating device comprising a housing (102; 104; 500) with a partition wall which separates a connection chamber from a heating chamber for dissipating heat and from which at least one PTC heating device protrudes as a heating fin in the direction toward the heating chamber, wherein the PTC heating device comprises at least one PTC element and, for energizing the PTC element with different polarity, conductor tracks electrically conductively connected thereto, which are electrically connected in the connection chamber, and with a temperature sensor which is connected in terms of data to a control device and is accommodated in a sealed manner in a temperature sensor receptacle which is formed in a wall delimiting the heating chamber, characterized in that that the temperature sensor is accommodated in a sliding manner in the temperature sensor receptacle and a support (556, 560) cooperating with the temperature sensor is provided for the temperature sensor, which support prevents the temperature sensor from sliding out of the temperature sensor receptacle.
A puck, comprising: an outer shell (10, 10a) formed using a cylindrical body (12, 12a) and a circular cover (14, 14a), a first groove and tongue structure (20, 20a) formed in an axial end surface (16, 16a) of the cylindrical body (12, 12a), which surrounds a cavity (18, 18a) formed in the cylindrical body (12, 12a), the cavity (18, 18a) extending through the center axis of the cylindrical body (12, 12a); a second groove and tongue structure (22, 22a) formed in a surface of the circular cover (14, 14a) and fitting to the first groove and tongue structure (20, 20a), wherein the circular cover (14, 14a) is attached to the cylindrical body (12, 12a) using the first and second groove and tongue structures (20, 20a, 22, 22a), characterised in that the thickness of all parts of the circular cover (14, 14a) located radially inside the groove and tongue structures (20, 20a, 22, 22a) is larger than the thickness of the part of the circular cover located radially outside of the groove and tongue structures (20, 20a, 22, 22a). an outer shell (10, 10a) formed using a cylindrical body (12, 12a) and a circular cover (14, 14a), a first groove and tongue structure (20, 20a) formed in an axial end surface (16, 16a) of the cylindrical body (12, 12a), which surrounds a cavity (18, 18a) formed in the cylindrical body (12, 12a), the cavity (18, 18a) extending through the center axis of the cylindrical body (12, 12a); a second groove and tongue structure (22, 22a) formed in a surface of the circular cover (14, 14a) and fitting to the first groove and tongue structure (20, 20a), wherein the circular cover (14, 14a) is attached to the cylindrical body (12, 12a) using the first and second groove and tongue structures (20, 20a, 22, 22a), characterised in that the thickness of all parts of the circular cover (14, 14a) located radially inside the groove and tongue structures (20, 20a, 22, 22a) is larger than the thickness of the part of the circular cover located radially outside of the groove and tongue structures (20, 20a, 22, 22a).
A room-illuminating device, having a plurality of light sources formed by LEDs, and having an essentially translucent or diffusely light-scattering plate-shaped body provided on the radiating side of the light sources, wherein, in accordance with the arrangement of the light sources, the plate-shaped body has a plurality of openings, which are open against the surface in the direction of radiation of the light sources, wherein the respective light source, radiates light through the opening, and wherein the plate-shaped body, when viewed from a direction, covers any components of the room-illuminating device and forms the entire visible side of the room-illuminating device, except for an optional frame-forming element, wherein the openings widen, particularly widen continuously, toward the direction of radiation of the light sources, and wherein light which is not radiated as primary radiation from the light sources through the widening openings, is introduced into the plate-shaped body and is radiated by the latter as diffusely scattered secondary radiation, characterized in that the openings are formed as blind hole openings in the plate-shaped body and are in each case limited by a base, wherein the respective base forms an optically effective lens device which is in each case formed integrally with the plate-shaped body, and wherein a distance is established between a light-radiating surface of a respective LED and the plate-shaped body or the lens device.
A method for the manufacture of a multilayer blank, having a lowermost layer and a topmost layer, of a ceramic material, in particular a blank to be used for the manufacture of a dental restoration, where layers (14, 24) of different compositions are introduced layer-by-layer into a mold, compressed and then sintered and where individual layers contain at least a first coloring oxide, wherein as the first coloring oxide at least one oxide from the group Co, Mn, Ni, Cr is used, the proportion of which in the lowermost layer containing the first coloring oxide is lower than in the topmost layer containing the first coloring oxide; and where layers have at least a second coloring oxide, at least one oxide from the group Pr, Er, Fe, Ti, V, Bi, Cu, Tb is used as the second coloring oxide, the proportion of which in the lowermost layer containing the second coloring oxide is greater than that in the topmost layer.
An operation cord (9, 55) comprising a cord (14, 56) whose both ends are coupled by means of a coupling portion (16, 58), characterized in that the coupling portion (16, 58) has a first coupling part (17, 27, 41, 59a, 59b) and a second coupling part (18, 28) which are coupled with each other directly or via a coupling member (42, 60), one of the coupling parts (17, 27, 41, 59a, 59b) or the coupling member (42, 60) adjacent to each other has a fitting protrusion (22, 30, 45, 64), and the other of the coupling parts (18, 28) or the coupling member (42, 60) adjacent to each other has a fitting hole (26, 35, 50, 69) capable of fitting with the fitting protrusion (22, 30, 45, 64), and the fitting protrusion (22, 30, 45, 64) is capable of fitting with the fitting hole (26, 35, 50, 69) through being inserted into the fitting hole (26, 35, 50, 69) and subsequently rotated.
An induction heating device, comprising: a heating coil provided in a main body; a knob switch attached to a knob area formed on one surface of the main body; a controller configured to control a thermal power of the heating coil; characterized by: a resonance detecting unit configured to output a frequency pulse based on a resonance characteristic between the resonance detecting unit and the knob switch, wherein the resonance characteristic is varied depending on a rotation of the knob switch; and in that the control of a thermal power of the heating coil is based on a frequency pulse output by the resonance detecting unit. a heating coil provided in a main body; a knob switch attached to a knob area formed on one surface of the main body; a controller configured to control a thermal power of the heating coil; characterized by: a resonance detecting unit configured to output a frequency pulse based on a resonance characteristic between the resonance detecting unit and the knob switch, wherein the resonance characteristic is varied depending on a rotation of the knob switch; and in that the control of a thermal power of the heating coil is based on a frequency pulse output by the resonance detecting unit. a resonance detecting unit configured to output a frequency pulse based on a resonance characteristic between the resonance detecting unit and the knob switch, wherein the resonance characteristic is varied depending on a rotation of the knob switch; and in that the control of a thermal power of the heating coil is based on a frequency pulse output by the resonance detecting unit.
A paper cup comprising: a sidewall; a floor portion; a cavity having a cavity axis (D-D) defined by the sidewall and the floor portion; a rim component comprising a rim portion and a flange portion, the rim component being a separate component from the sidewall such that the flange portion of the rim component is coupled to a top portion of the sidewall and the rim portion of the rim component protrudes radially outward from an outer surface of the sidewall; and wherein the sidewall, the floor portion, and the rim component are all formed from one or more paper-based materials and wherein the rim component is formed from moulded paper pulp fibres so that the rim portion of the rim component is solid and non-hollow. a sidewall; a floor portion; a cavity having a cavity axis (D-D) defined by the sidewall and the floor portion; a rim component comprising a rim portion and a flange portion, the rim component being a separate component from the sidewall such that the flange portion of the rim component is coupled to a top portion of the sidewall and the rim portion of the rim component protrudes radially outward from an outer surface of the sidewall; and wherein the sidewall, the floor portion, and the rim component are all formed from one or more paper-based materials and wherein the rim component is formed from moulded paper pulp fibres so that the rim portion of the rim component is solid and non-hollow.
A waste-gate valve for opening and closing a bypass passage which bypasses an exhaust turbine of a turbocharger, the waste-gate valve comprising: a valve body disposed in the bypass passage, the valve body including a valve main body disposed adjacent and separate from a valve seat disposed in the bypass passage and a valve shaft protruding in a direction opposite to the valve seat from the valve main body; an open-close lever having a first insertion hole into which the valve shaft of the valve body is inserted, and being configured to open and close the bypass passage by moving the valve body; and a washer having a second insertion hole into which the valve shaft is inserted, the washer being fixed to the valve shaft, the washer provided so as to nip the open-close lever between the washer and the valve main body, characterised in that the washer has a bend portion bended along a ridge of a corner portion of the open-close lever, wherein the open-close lever has a step portion on a surface adjacent to the valve body, wherein the valve body has a step portion on a surface adjacent to the open-close lever, the step portion facing the step portion of the open-close lever, and wherein the step portion of the valve body is formed so as to restrict rotation of the valve body about an axis of the valve shaft by making contact with the step portion of the open-close lever. a valve body disposed in the bypass passage, the valve body including a valve main body disposed adjacent and separate from a valve seat disposed in the bypass passage and a valve shaft protruding in a direction opposite to the valve seat from the valve main body; an open-close lever having a first insertion hole into which the valve shaft of the valve body is inserted, and being configured to open and close the bypass passage by moving the valve body; and a washer having a second insertion hole into which the valve shaft is inserted, the washer being fixed to the valve shaft, the washer provided so as to nip the open-close lever between the washer and the valve main body, characterised in that the washer has a bend portion bended along a ridge of a corner portion of the open-close lever, wherein the open-close lever has a step portion on a surface adjacent to the valve body, wherein the valve body has a step portion on a surface adjacent to the open-close lever, the step portion facing the step portion of the open-close lever, and wherein the step portion of the valve body is formed so as to restrict rotation of the valve body about an axis of the valve shaft by making contact with the step portion of the open-close lever.