mhurhangee/patent-ind-claim-en huggingface dataset:
A sintering method for a dental zirconia calcined body containing 5.5 mol% to 7.0 mol% of a stabilizer, wherein the method satisfies the following (a) to (c). (a) an average rate of temperature increase in the section from room temperature to 1300 °C is 9 °C/min or more. (b) an average rate of temperature increase in the section from 1300 °C to 1400 °C is 0.6 °C/min or more and 3 °C/min or less. (c) an average rate of temperature increase in the section from 1400 °C to the maximum temperature of the sintering process is 0.5 °C/min or more and 2.5 °C/min or less. (a) an average rate of temperature increase in the section from room temperature to 1300 °C is 9 °C/min or more. (b) an average rate of temperature increase in the section from 1300 °C to 1400 °C is 0.6 °C/min or more and 3 °C/min or less. (c) an average rate of temperature increase in the section from 1400 °C to the maximum temperature of the sintering process is 0.5 °C/min or more and 2.5 °C/min or less.
A roller carriage for receiving a sliding door , having a roller module for displaceably attaching to a roller running track and having a main body for fastening to the sliding door , wherein the roller carriage has a lift-off protection device for protecting against the roller module being removed from the displaceable attachment to the roller running track , wherein the lift-off protection device has a lift-off protection means movably mounted between a protection position (SP) and a release position (FP) as well as a locking device for locking the lift-off protection means in a form-fitting manner at least in the protection position (SP), wherein the locking device has at least one locking means , for engaging into a locking receptacle in a form-fitting manner at least in sections which correlates to the protection position (SP) of the lift-off protection means and for engaging into another locking receptacle in a form-fitting manner at least in sections which correlates to the release position (FP) of the lift-off protection means , wherein the locking device has at least one second spring element , which applies a spring force to the locking means in the direction of the locking positions, wherein there is a fixed connection between the locking means and the lift-off protection means , characterized in that through this fixed connection, an axial movement of the lift-off protection means entrains the locking means into a non-locking position and a rotational movement of the lift-off protection means into the protection position (SP) and a linear backwards movement of the lift-off protection means entrains the locking means into a locking position for the protection position (SP). wherein the lift-off protection device has a lift-off protection means movably mounted between a protection position (SP) and a release position (FP) as well as a locking device for locking the lift-off protection means in a form-fitting manner at least in the protection position (SP), wherein the locking device has at least one locking means , for engaging into a locking receptacle in a form-fitting manner at least in sections which correlates to the protection position (SP) of the lift-off protection means and for engaging into another locking receptacle in a form-fitting manner at least in sections which correlates to the release position (FP) of the lift-off protection means , wherein the locking device has at least one second spring element , which applies a spring force to the locking means in the direction of the locking positions, wherein there is a fixed connection between the locking means and the lift-off protection means , characterized in that through this fixed connection, an axial movement of the lift-off protection means entrains the locking means into a non-locking position and a rotational movement of the lift-off protection means into the protection position (SP) and a linear backwards movement of the lift-off protection means entrains the locking means into a locking position for the protection position (SP).
Process for the preparation of pellets containing wheat gluten, comprising: • A preparatory step, in which a raw material containing at least 50 wt.% wheat gluten is brought to a particle size distribution having a D 50 of at most 80 μm and a D 90 of between 60 μm and 150 μm as determined by the method as disclosed in DIN 66165, part 2, chapter 7, to form a feeding material; • A pelletizing step, in which the feeding material is formed into pellets using suitable means, wherein the pelletizing step is executed in a pellet press or in an extruder. • A preparatory step, in which a raw material containing at least 50 wt.% wheat gluten is brought to a particle size distribution having a D 50 of at most 80 μm and a D 90 of between 60 μm and 150 μm as determined by the method as disclosed in DIN 66165, part 2, chapter 7, to form a feeding material; • A pelletizing step, in which the feeding material is formed into pellets using suitable means, wherein the pelletizing step is executed in a pellet press or in an extruder.
A communication network segment of a land motor vehicle , characterized in that it comprises a computer , said computer being provided with interface means assuming a gateway role by allowing the transmission of communication frames and/or electrical signals between at least a first hardware port adapted to be connected to at least one data bus and a second hardware port adapted to be connected to at least one data bus, computing means assuming at least an authentication role by allowing a control command to be determined by interpreting at least one data item contained in an authentication request received on the first hardware port, and filtering means adapted to prevent the transmission through the interface means of at least one irrelevant communication frame, said segment further comprising at least one protection module , adapted to prevent the propagation of an overvoltage on at least a part of said segment, and at least one switching module connected to the protection module and adapted to assume a transmission position allowing the transmission of communication frames between an input and an output of the switching module according to a control command received on a control hardware port connected to the computer via a wire link.
A transesophageal echocardiography, TEE, probe , comprising: a handle ; a gastroscope coupled to, and detachable from, the handle and configured to be positioned within an esophagus of a patient, the gastroscope comprising an ultrasonic transducer disposed at a distal portion of the gastroscope and configured to obtain ultrasonic imaging data; and a wireless module coupled to the handle and in communication with the gastroscope, the wireless module comprising: a wireless communication element ; and a microcontroller in communication with the wireless communication element, wherein the wireless module is configured to receive a command signal from a console spaced from the TEE probe and to transmit the ultrasonic imaging data to the console, and wherein the microcontroller , in response to the received command signal, is configured to transmit an electrical signal to the gastroscope to control the movement of the distal portion of the gastroscope. a handle ; a gastroscope coupled to, and detachable from, the handle and configured to be positioned within an esophagus of a patient, the gastroscope comprising an ultrasonic transducer disposed at a distal portion of the gastroscope and configured to obtain ultrasonic imaging data; and a wireless module coupled to the handle and in communication with the gastroscope, the wireless module comprising: a wireless communication element ; and a microcontroller in communication with the wireless communication element, a wireless communication element ; and a microcontroller in communication with the wireless communication element, wherein the wireless module is configured to receive a command signal from a console spaced from the TEE probe and to transmit the ultrasonic imaging data to the console, and wherein the microcontroller , in response to the received command signal, is configured to transmit an electrical signal to the gastroscope to control the movement of the distal portion of the gastroscope.
A multifunctional lighting apparatus for a bicycle, comprising: - a lighting apparatus ascending/descending support unit , detachably mounted on a steering unit of a bicycle; - an ascending/descending movement body part , vertically movably located in the lighting apparatus ascending/descending support unit ; - a main lighting lamp unit for irradiating light, located in the ascending/descending movement body part ; - a Bluetooth speaker body detachably coupled to the ascending/descending movement body part , characterized in that the multifunctional lighting apparatus further comprises: - a coupling portion to which the lighting apparatus ascending/descending support unit is detachably coupled, wherein: the coupling portion is located on a front surface of the ascending/descending movement body part , and the coupling portion comprises an ascending/descending movement path to which the lighting apparatus ascending/descending support unit is movably coupled in a vertical direction, and - an opening portion located on the front surface of the ascending/descending movement body part , wherein said opening portion is adapted for exposing a part of the movable lighting apparatus ascending/descending support unit on the ascending/descending movement path, wherein the Bluetooth speaker body is inserted into the opening portion and coupled to the ascending/descending movement body part . - a lighting apparatus ascending/descending support unit , detachably mounted on a steering unit of a bicycle; - an ascending/descending movement body part , vertically movably located in the lighting apparatus ascending/descending support unit ; - a main lighting lamp unit for irradiating light, located in the ascending/descending movement body part ; - a Bluetooth speaker body detachably coupled to the ascending/descending movement body part , - a coupling portion to which the lighting apparatus ascending/descending support unit is detachably coupled, wherein: the coupling portion is located on a front surface of the ascending/descending movement body part , and the coupling portion comprises an ascending/descending movement path to which the lighting apparatus ascending/descending support unit is movably coupled in a vertical direction, and the coupling portion is located on a front surface of the ascending/descending movement body part , and the coupling portion comprises an ascending/descending movement path to which the lighting apparatus ascending/descending support unit is movably coupled in a vertical direction, and - an opening portion located on the front surface of the ascending/descending movement body part , wherein said opening portion is adapted for exposing a part of the movable lighting apparatus ascending/descending support unit on the ascending/descending movement path,
Adjustable camshaft with an inner shaft and an outer shaft arranged coaxially thereto, and with a phase shifter the stator of which is connected to the outer shaft in a rotationally fixed manner and the rotor of which is connected to the inner shaft in a rotationally fixed manner, wherein on an outside of the outer shaft a first connection contour is provided, which interacts with a second connection contour on the stator formed complementarily thereto in a form-fit manner and enables at least a tolerance offset in an axial direction , characterised in that , - a third connection contour is provided on an outside of the inner shaft , which interacts with a fourth connection contour on the rotor formed complementarily thereto in a form-fit manner and enables at least a tolerance offset in an axial direction , - at least one connection contour has a crowned design. - a third connection contour is provided on an outside of the inner shaft , which interacts with a fourth connection contour on the rotor formed complementarily thereto in a form-fit manner and enables at least a tolerance offset in an axial direction , - at least one connection contour has a crowned design.
A metal cutting tool (10;110;310;410) comprising a tool holder (11 ;111 ;311 ;411); a seat (12;112;412) in said tool holder defined by side walls (13,14;313,314;413,414) and bottom surface (15;215;315), a replaceable element constituted by an insert seating anvil (16;116,216,316,416) positioned in said seat and secured by a fastening means (51 ;151 ;351 ;451) therein, wherein a cutting insert (18; 118;318;418) is supported on a base surface (17;217;317;417) of the anvil, the anvil having a projecting element (19;119;219;319;419) formed integrally with the anvil, the projecting element (19;119;219;319;419) being rigid and the anvil having a lower surface , characterized in that the projecting element has a dove tail shape in top view, and in that the projecting element base and lower surfaces form coplanar extensions of the base and lower surfaces of the rest of the anvil.
A central nervous magnetic stimulation device for health care or medical devices, comprising a power source , a control circuit and a coil component ; wherein, the control circuit comprises a main control chip and a main circuit, the power source is configured to supply power to the control circuit , and the control circuit is configured to output a time-varying current to the coil component to generate a corresponding time-varying magnetic field; wherein an action area of the time-varying magnetic field matches with a size of a human head, and the time-varying current is output at a frequency above 2000Hz; wherein the coil component is composed of at least one planar wound coil, and the interior of the coil is hollow, the coil component is configured to generate the time-varying magnetic field with an approximately uniform intensity distribution in the action area corresponding to the size of the human head; the time-varying current outputs rhythmically at a preset frequency, wherein the time-varying current outputs at a preset frequency and forming a series rhythm of rhythmically clustered distribution with appropriate duty cycles; alternatively, the time-varying current outputs at a preset frequency and forms a rhythmic envelope output in a differential frequency manner; and wherein the rhythmic output of the time-varying current exhibits intermittent characteristics; and wherein a maximum value of a peak intensity of the time-varying magnetic field within the action area that covers the user's head is greater than 0.5Gs and less than 20Gs, and a change rate of the peak intensity of the time-varying magnetic field over time, dB/dt, within the action area is less than 35T/s. wherein an action area of the time-varying magnetic field matches with a size of a human head, and the time-varying current is output at a frequency above 2000Hz; wherein the coil component is composed of at least one planar wound coil, and the interior of the coil is hollow, the coil component is configured to generate the time-varying magnetic field with an approximately uniform intensity distribution in the action area corresponding to the size of the human head; the time-varying current outputs rhythmically at a preset frequency, wherein the time-varying current outputs at a preset frequency and forming a series rhythm of rhythmically clustered distribution with appropriate duty cycles; alternatively, the time-varying current outputs at a preset frequency and forms a rhythmic envelope output in a differential frequency manner; and wherein the rhythmic output of the time-varying current exhibits intermittent characteristics; and wherein a maximum value of a peak intensity of the time-varying magnetic field within the action area that covers the user's head is greater than 0.5Gs and less than 20Gs, and a change rate of the peak intensity of the time-varying magnetic field over time, dB/dt, within the action area is less than 35T/s.
A method of making a piezoelectric composite, the method comprising: a) preparing a polymerizable matrix; b) dispersing a plurality of piezoelectric particles in the polymerizable matrix to generate a dispersion; c) shaping the dispersion; d) inducing an electric polarization in the piezoelectric particles in the shaped dispersion by applying a cyclic hydrostatic pressure, wherein at least 40% of the piezoelectric particles form chains as a result of the induction of the electric polarization; e) applying an electric field in a direction to the shaped dispersion at the same frequency with the cyclic hydrostatic pressure; and f) curing the dispersion, wherein the inducing in d) and the applying an electric field in e) occur simultaneously, and wherein at least about 70% of the chains are aligned to within about ±10 degrees of the direction of the applied electric field. a) preparing a polymerizable matrix; b) dispersing a plurality of piezoelectric particles in the polymerizable matrix to generate a dispersion; c) shaping the dispersion; d) inducing an electric polarization in the piezoelectric particles in the shaped dispersion by applying a cyclic hydrostatic pressure, wherein at least 40% of the piezoelectric particles form chains as a result of the induction of the electric polarization; e) applying an electric field in a direction to the shaped dispersion at the same frequency with the cyclic hydrostatic pressure; and f) curing the dispersion, wherein the inducing in d) and the applying an electric field in e) occur simultaneously, and wherein at least about 70% of the chains are aligned to within about ±10 degrees of the direction of the applied electric field.
A method, comprising: operating a vehicle including a hybrid drivetrain structured to provide torque to one or more accessories, the hybrid drivetrain including an internal combustion engine with one or more reciprocating pistons and an electromechanical device , wherein the internal combustion engine further includes a crankshaft extending from a rear side of the internal combustion engine coupled to a load ; in a first mode of operation, providing torque to operate the accessories from the internal combustion engine ; wherein the providing torque to operate the accessories from the internal combustion engine further comprises transferring the torque from the internal combustion engine to the accessories through a shaft which extends through the electro-mechanical device to a clutch disposed between the internal combustion engine and the electro-mechanical device , and is operably connected to a flywheel of the crankshaft at the rear of the engine via the clutch , and is further operably connected to the accessory drive system at the front of the engine ; and in a second mode of operation, providing torque to operate the accessories from the electro-mechanical device while the internal combustion engine is in an on state. operating a vehicle including a hybrid drivetrain structured to provide torque to one or more accessories, the hybrid drivetrain including an internal combustion engine with one or more reciprocating pistons and an electromechanical device , wherein the internal combustion engine further includes a crankshaft extending from a rear side of the internal combustion engine coupled to a load ; in a first mode of operation, providing torque to operate the accessories from the internal combustion engine ; wherein the providing torque to operate the accessories from the internal combustion engine further comprises transferring the torque from the internal combustion engine to the accessories through a shaft which extends through the electro-mechanical device to a clutch disposed between the internal combustion engine and the electro-mechanical device , and is operably connected to a flywheel of the crankshaft at the rear of the engine via the clutch , and is further operably connected to the accessory drive system at the front of the engine ; and in a second mode of operation, providing torque to operate the accessories from the electro-mechanical device while the internal combustion engine is in an on state.
Valve, in particular suction valve , in particular in a high-pressure pump of a fuel injection system, which has a valve element which is movable between an open position and a closed position, having a magnet armature which is in mechanical contact with the valve element in the axial direction and which, on the side facing away from the valve element , is in abutment with a first compression spring , and wherein the magnet armature is axially movable by electromagnet actuation and, in a starting position, is supported against a valve body via a stop plate , characterized in that the stop plate is held in abutment with the valve body in the axial direction via a fastening element .
Refrigeration device with at least a heat exchanger of a cooling side, which is provided with a plurality of heat exchange members , which are collected together as a base body of the heat exchanger , and with a temperature detection means, which allows a detection of temperatures at the heat exchanger , characterised in that as temperature detection means there is provided a heat conduction pipe filled with a refrigerant, which is at least partly inserted in a form-fitting manner in a cutout , bore and/or recess of the base body , wherein the heat conduction pipe is aligned in an inclination of at least one degree in relation to the horizontal of the refrigeration device .
A device for mooring boats comprising a connector (A; B) and further comprising two first hands connected to a bridge and on one side being connected horizontally to two legs on first lower shafts , and two second hands connected to the legs on first upper shafts , wherein each of the first hands on the other side are vertically connected to a respective one of the second hands by a head via second lower shafts and second upper shafts , the second lower shafts and second upper shafts having the same distance in between as the first lower shafts and first upper shafts; wherein the heads have on upper and lower sides square profiles for mounting the connectors (A; B), screws for fixing, a float at a frontal side of the head with a telescopic holder , which passes through its housing , fixed on the head with screws , wherein the device further comprises two springs connected to the legs and the first hands and two shock absorbers connected to the legs and the second hands . two first hands connected to a bridge and on one side being connected horizontally to two legs on first lower shafts , and two second hands connected to the legs on first upper shafts , wherein each of the first hands on the other side are vertically connected to a respective one of the second hands by a head via second lower shafts and second upper shafts , the second lower shafts and second upper shafts having the same distance in between as the first lower shafts and first upper shafts; wherein the heads have on upper and lower sides square profiles for mounting the connectors (A; B), screws for fixing, a float at a frontal side of the head with a telescopic holder , which passes through its housing , fixed on the head with screws , wherein the device further comprises two springs connected to the legs and the first hands and two shock absorbers connected to the legs and the second hands . on upper and lower sides square profiles for mounting the connectors (A; B), screws for fixing, a float at a frontal side of the head with a telescopic holder , which passes through its housing , fixed on the head with screws , wherein the device further comprises two springs connected to the legs and the first hands and two shock absorbers connected to the legs and the second hands .