mhurhangee/ep-ind-claims huggingface dataset:
A surgical hand piece comprising: a shell having proximal and distal ends; a channel having an irrigation conduit for carrying irrigation fluid, the channel having proximal and distal ends, wherein an opening is provided at the distal end of the channel for allowing the irrigation fluid to exit the channel, the channel being coupled to the shell such that the proximal end of the channel is located at the proximal end of the shell and the distal end of the channel is located near the distal end of the shell, and wherein an opening in the shell is coextensive with the opening at the distal end of the channel, thereby permitting the irrigation fluid to travel through the channel and into the shell, a passage being provided in the shell for the irrigation fluid to travel therethrough and exit at the distal end of the shell; characterised in that the hand piece further comprises a sensor housing comprising an irrigation path extending through the sensor housing, the sensor housing comprising a seal interface on one end of the sensor housing, the seal interface end of the sensor housing coupled to the proximal end of the channel such that the irrigation conduit of the channel is fluidly coupled to the irrigation path of the sensor housing. a shell having proximal and distal ends; a channel having an irrigation conduit for carrying irrigation fluid, the channel having proximal and distal ends, wherein an opening is provided at the distal end of the channel for allowing the irrigation fluid to exit the channel, the channel being coupled to the shell such that the proximal end of the channel is located at the proximal end of the shell and the distal end of the channel is located near the distal end of the shell, and wherein an opening in the shell is coextensive with the opening at the distal end of the channel, thereby permitting the irrigation fluid to travel through the channel and into the shell, a passage being provided in the shell for the irrigation fluid to travel therethrough and exit at the distal end of the shell; characterised in that the hand piece further comprises a sensor housing comprising an irrigation path extending through the sensor housing, the sensor housing comprising a seal interface on one end of the sensor housing, the seal interface end of the sensor housing coupled to the proximal end of the channel such that the irrigation conduit of the channel is fluidly coupled to the irrigation path of the sensor housing.
A cutter bar, in particular a counter-blade for chopping machines, the cutter bar having a cutter bar body, which has, on its upper surface, at least in sections, a wear protection structure and, at least on one edge, an edge groove, in which a cemented carbide profile strip is fastened, which forms the cutting edge, wherein the edge groove is formed by a groove bottom and a groove side wall, characterized - in that the groove side wall is formed by a first wall portion made of the material of the cutter bar body and by a second wall portion made of the connecting surface of a thickened area of the wear protection structure created on the upper surface of the cutter bar body as an additively manufactured metal powder application layer without mechanical finishing, and - in that the cemented carbide profile strip is fastened in the edge groove by means of a bonding agent such as solder or adhesive. - in that the groove side wall is formed by a first wall portion made of the material of the cutter bar body and by a second wall portion made of the connecting surface of a thickened area of the wear protection structure created on the upper surface of the cutter bar body as an additively manufactured metal powder application layer without mechanical finishing, and - in that the cemented carbide profile strip is fastened in the edge groove by means of a bonding agent such as solder or adhesive.
An implant comprising at least: a porous layer, a first hydrogel precursor, a second hydrogel precursor layer containing a second hydrogel precursor, said first and second hydrogel precursors being capable of taking part in a reaction to form a hydrogel and being intended to be reacted with each other, optionally a non porous layer, wherein said first hydrogel precursor is present in a layer selected from said porous layer and said non porous layer, and said second hydrogel precursor layer defines a coating of at least one layer selected from said porous layer and said non porous layer, said coating defining a non uniform film defining patterns selected from stripes, pellets, peripheral outlines, and combinations thereof, said first and second hydrogel precursors being spatially separated from each other to prevent the hydrogel precursors from reacting with each other until the implant is placed at the site of implantation and exposed to the physiological fluids of a patient. a porous layer, a first hydrogel precursor, a second hydrogel precursor layer containing a second hydrogel precursor, said first and second hydrogel precursors being capable of taking part in a reaction to form a hydrogel and being intended to be reacted with each other, optionally a non porous layer, wherein said first hydrogel precursor is present in a layer selected from said porous layer and said non porous layer, and said second hydrogel precursor layer defines a coating of at least one layer selected from said porous layer and said non porous layer, said coating defining a non uniform film defining patterns selected from stripes, pellets, peripheral outlines, and combinations thereof,
A cooking device control comprising a group of heating units, a control unit which is intended for forming a heating group of heating units adjusted to a chosen position of a preparation vessel (18, 20), and a signal processing device which is intended for processing a signal (42.1, 42.2) into a form customised for heating unit power operation, characterised in that the signal processing device has a first signal processing unit (36.1) for supplying a first subgroup of heating units and at least one second signal processing unit (36.2) for supplying a second subgroup of heating units.
A method for determining the total carbonylation level on a polypeptide wherein the method comprises the steps of: a) contacting the polypeptide in a solution with a hydrazide dye such that the hydrazide dye can react with the carbonyl groups present on the amino acid residues of the polypeptide to form a polypeptide-dye-complex, wherein the hydrazide dye is Lucifer Yellow carbohydrazide (LY-CH) and the contacting is in the presence of lithium MES buffer, b) removing unbound hydrazide dye from the resultant solution from step a), c) determining in the resultant solution from step b) the concentration of the hydrazide dye bound in the polypeptide-dye-complex and the concentration of the polypeptide bound in the polypeptide-dye-complex, and d) determining the total carbonylation level of the polypeptide based on the ratio of the concentration of the hydrazide dye bound in the polypeptide-dye-complex to the concentration of the polypeptide bound in the polypeptide-dye-complex; and wherein a correction for the absorbance of LY-CH and a correction for the absorbance of the polypeptide are performed. a) contacting the polypeptide in a solution with a hydrazide dye such that the hydrazide dye can react with the carbonyl groups present on the amino acid residues of the polypeptide to form a polypeptide-dye-complex, wherein the hydrazide dye is Lucifer Yellow carbohydrazide (LY-CH) and the contacting is in the presence of lithium MES buffer, b) removing unbound hydrazide dye from the resultant solution from step a), c) determining in the resultant solution from step b) the concentration of the hydrazide dye bound in the polypeptide-dye-complex and the concentration of the polypeptide bound in the polypeptide-dye-complex, and d) determining the total carbonylation level of the polypeptide based on the ratio of the concentration of the hydrazide dye bound in the polypeptide-dye-complex to the concentration of the polypeptide bound in the polypeptide-dye-complex; and
A device comprising a vehicle and a wire harness, wherein the vehicle is a hybrid vehicle or an electrical vehicle, wherein the wire harness comprises a plurality of high-voltage electric wires extending from a front portion inside the vehicle through a vehicle under-floor located outside of a vehicle body frame to a rear portion inside the vehicle, the plurality of high-voltage electric wires connecting an inverter with a battery or with a motor; and a protection member, wherein the protection member includes at least a tube made of insulating synthetic resin, the tube being located at the vehicle under-floor, wherein the tube is formed into a seamless fashion, wherein the tube is formed into a concertina-shape to allow the tube to bend, the concertina-shape having a circumferential projection portion and a circumferential recess portion which are arranged alternatively in an axial direction in a continuous manner, and wherein the protection member protects the plurality of high-voltage electric wires, characterised in that the tube is a flat-shaped tube and has a non-circular coss-sectional shape, the flat-shaped tube has an internal space corresponding to an arrangement of the high-voltage electric wires aligned in a row, the projection portion of the flat-shaped tube has a top face directly mounted, in a surface-to-surface contact, on the vehicle under-floor, and the flat-shaped tube is disposed adjacent to a reinforcement provided at the vehicle body frame so as to project from the vehicle under-floor towards a ground and wherein the flat-shaped tube has a height with which it projects from the vehicle under-floor towards the ground shorter than a height of the reinforcement.
Measuring device for a lid for covering a container, which is used for the storage of a substance, wherein the measuring device comprises: - at least one device sensor (112, 118), which is designed to provide device information in respect of a movement of the measuring device relative to the container; - at least one contents sensor, which is designed to capture substance sensor data in respect of the substance in the container; - at least one communication unit, which is designed to send data via a communication network; and - a control unit, which is designed - to trigger the contents sensor to capture substance sensor data as a function of the device information; and - to trigger the communication unit to send the substance sensor data and/or data derived therefrom; characterised in that - the device sensor (112, 118) comprises a movement sensor; - the device information comprises movement data of the movement sensor; and - the control unit is designed to determine, on the basis of the movement data, whether the lid connected to the measuring device has been placed on the container or removed from the container. - at least one device sensor (112, 118), which is designed to provide device information in respect of a movement of the measuring device relative to the container; - at least one contents sensor, which is designed to capture substance sensor data in respect of the substance in the container; - at least one communication unit, which is designed to send data via a communication network; and - a control unit, which is designed - to trigger the contents sensor to capture substance sensor data as a function of the device information; and - to trigger the communication unit to send the substance sensor data and/or data derived therefrom; - to trigger the contents sensor to capture substance sensor data as a function of the device information; and - to trigger the communication unit to send the substance sensor data and/or data derived therefrom; - the device sensor (112, 118) comprises a movement sensor; - the device information comprises movement data of the movement sensor; and - the control unit is designed to determine, on the basis of the movement data, whether the lid connected to the measuring device has been placed on the container or removed from the container.
Forming machine to process stretched-curd cheeses comprising a frame supporting feed means of stretched curd toward a forming roll having a plurality of cavities on its lateral surface, which are able to house respective portions of stretched curd and are positioned along a plurality of rows in correspondence with respective generator lines of the roll, and associated with motor means to drive the roll in rotation around its longitudinal axis, during the rotation of the forming roll each row of cavities being able to transit through at least an angular loading position and an angular unloading position, and separation means also being provided, interposed between the feed means and the forming roll in correspondence with the angular loading position in order to cut the portions of stretched curd housed inside the cavities from the remaining mass of stretched curd during the rotation of the forming roll, wherein said cavities are distributed on a plurality of circumferential lines of said forming roll so that each of said rows of cavities has one cavity disposed in correspondence with each of said circumferential lines, wherein said separation means comprise a partition with an aperture for the passage of the stretched curd from said feed means toward said forming roll in correspondence with each of said circumferential lines, characterized in that said forming roll comprises at least an intermediate angular position between said angular unloading position and said angular loading position in the direction of rotation of said forming roll, and wherein said machine comprises a flap to cover said forming roll in correspondence with said at least one intermediate angular position that is associated with said partition, washing means being provided to wash the cavities in transit through the at least one intermediate angular position associated with the covering flap.
An absorption refrigerator having an alternating current powered heater for providing heat to an absorption cooling unit, characterized by: a heater power control electronics subsystem including a voltage measurement subsystem, the voltage measurement subsystem configured to measure a magnitude of an AC mains voltage being used to power the absorption refrigerator, and to detect when the AC mains voltage varies from a nominal voltage rating; and an electronic controller in communication with the heater power control electronics subsystem, and configured to use a measured value of the AC mains voltage to determine a pulse width modulated duty cycle value needed for powering the heater when the AC mains voltage varies from the nominal voltage rating, and to provide a PWM AC drive signal to the heater having a power level that takes into account the variation from the nominal mains voltage. a heater power control electronics subsystem including a voltage measurement subsystem, the voltage measurement subsystem configured to measure a magnitude of an AC mains voltage being used to power the absorption refrigerator, and to detect when the AC mains voltage varies from a nominal voltage rating; and an electronic controller in communication with the heater power control electronics subsystem, and configured to use a measured value of the AC mains voltage to determine a pulse width modulated duty cycle value needed for powering the heater when the AC mains voltage varies from the nominal voltage rating, and to provide a PWM AC drive signal to the heater having a power level that takes into account the variation from the nominal mains voltage.
A bogie of a railway vehicle capable of being moved from a rest configuration to an active configuration in which the bogie supports at least one vertical load, the bogie comprising: - a chassis, - at least one pair of wheels, - for each pair of wheels, a shaft connecting the two wheels of said pair of wheels, each shaft extending along an axle axis (A-A'), - for each wheel, a wheel hub attached to the wheel and the associated shaft, said shaft being inserted into the hub, each hub extending along a hub axis (B-B'), - for each wheel, an axle box fixed to the chassis and receiving the associated hub, each hub being rotatable relative to the associated axle box, characterised in that, for each hub, the hub axis (B-B') forms a non-zero camber angle (a) with the axle axis (A-A') of the associated shaft when the bogie is in the rest configuration. - a chassis, - at least one pair of wheels, - for each pair of wheels, a shaft connecting the two wheels of said pair of wheels, each shaft extending along an axle axis (A-A'), - for each wheel, a wheel hub attached to the wheel and the associated shaft, said shaft being inserted into the hub, each hub extending along a hub axis (B-B'), - for each wheel, an axle box fixed to the chassis and receiving the associated hub, each hub being rotatable relative to the associated axle box,
A method for operating a motor vehicle, in which, during an at least partially autonomous driving operation of the motor vehicle, by means of at least one display device arranged in the motor vehicle, an arrangement and a mode of action of surround sensors of the motor vehicle is visualized, the sensor data from which are used in the at least partially autonomous driving operation, characterized in that the display device is augmented reality glasses, an augmented reality contact lens, or virtual reality glasses, and by means of the display device, the respective positioning and mode of action of the surround sensors on the motor vehicle are identified and their respective detection regions are visualized, such that a vehicle occupant looking forward or backward can see how far the surround sensor in question can view forward or backward and detect the vehicle surroundings. the display device is augmented reality glasses, an augmented reality contact lens, or virtual reality glasses, and by means of the display device, the respective positioning and mode of action of the surround sensors on the motor vehicle are identified and their respective detection regions are visualized, such that a vehicle occupant looking forward or backward can see how far the surround sensor in question can view forward or backward and detect the vehicle surroundings.
Processes for producing metallic chromium or chromium-containing alloys with a nitrogen content of below 5 ppm comprising: i) vacuum-degassing a thermite mixture comprising chromium compounds and metallic reducing agents, contained within a vacuum vessel capable of withstanding a thermite reaction, to an initial pressure less than 1 mbar, then increasing the pressure within the vacuum vessel up to 200 mbar by introduction of a non-nitrogenous inert gas; ii) igniting the thermite mixture to effect reduction of the chromium compounds within said vessel under reduced pressure; iii) solidifying the reaction products under reduced pressure; and iv) cooling the reaction products to about ambient temperature under reduced pressure, wherein steps ii) through iv) are conducted under a pressure below 1 bar. i) vacuum-degassing a thermite mixture comprising chromium compounds and metallic reducing agents, contained within a vacuum vessel capable of withstanding a thermite reaction, to an initial pressure less than 1 mbar, then increasing the pressure within the vacuum vessel up to 200 mbar by introduction of a non-nitrogenous inert gas; ii) igniting the thermite mixture to effect reduction of the chromium compounds within said vessel under reduced pressure; iii) solidifying the reaction products under reduced pressure; and iv) cooling the reaction products to about ambient temperature under reduced pressure,
An access method for a video call, characterized by, comprising: a called terminal presetting an access password for a video call; after the called terminal answering the video call, the called terminal closing audio or video channels, and transmitting a command to a calling terminal for providing an access password for the video call so as to prompt said calling terminal to input an access password associated with the video call; and the called terminal determining if the access password associated with the video call and inputted by said calling terminal matches the preset access password; if so, the called terminal performing the video call, and if not, the called terminal refusing said calling terminal's request to perform the video call; wherein closing the audio or video channels comprises: the called terminal closing the local audio channel, and transmitting a replacement picture over the video channel; or the called terminal closing the local video channel, and transmitting a prompt sound over the audio channel. a called terminal presetting an access password for a video call; after the called terminal answering the video call, the called terminal closing audio or video channels, and transmitting a command to a calling terminal for providing an access password for the video call so as to prompt said calling terminal to input an access password associated with the video call; and the called terminal determining if the access password associated with the video call and inputted by said calling terminal matches the preset access password; if so, the called terminal performing the video call, and if not, the called terminal refusing said calling terminal's request to perform the video call; wherein closing the audio or video channels comprises: the called terminal closing the local audio channel, and transmitting a replacement picture over the video channel; or the called terminal closing the local video channel, and transmitting a prompt sound over the audio channel. the called terminal closing the local audio channel, and transmitting a replacement picture over the video channel; or the called terminal closing the local video channel, and transmitting a prompt sound over the audio channel.
A hexagonal boron nitride powder containing hexagonal boron nitride agglomerates and having a maximum torque of 0.20 to 0.50 Nm, a DBP absorption rate of 50 to 100 ml/100 g and a tap bulk density of 0.66 to 0.95 g/cm 3, wherein the maximum torque and the DBP absorption rate are calculated by measuring in accordance with JIS-K-6217-4 and the tap bulk density is measured under the following conditions: the amount of the sample cell is 100 ml, the tap rate is 120 times/min, the tap height is 5 cm, the number of taps is 500, and the sample cell is a cylinder with a lid having a diameter of 28 mm and a height of 163 mm.
A vehicle control device, which controls a vehicle comprising wheels (41,42,43,44) and a vehicle body connected to the wheels, the vehicle control device comprising: a wheel stop detection unit that detects a stop of the wheels; a vehicle body stop detection unit that detects a stop of the vehicle body; and a stop cause determination unit that determines a stop cause of the vehicle based on a stop timing of the wheels detected by the wheel stop detection unit and a stop timing of the vehicle body detected by the vehicle body stop detection unit. a wheel stop detection unit that detects a stop of the wheels; a vehicle body stop detection unit that detects a stop of the vehicle body; and a stop cause determination unit that determines a stop cause of the vehicle based on a stop timing of the wheels detected by the wheel stop detection unit and a stop timing of the vehicle body detected by the vehicle body stop detection unit.
A power source for an electric arc welding process, said power source comprising an input stage having an AC input and a first DC output signal, and a second stage with a DC to DC converter having an input connected to said first DC output signal and an output in the form of a second DC output signal being a fixed DC bus (DC#2) electrically isolated from said first DC output signal, wherein said power source comprises a third stage to convert said second DC output signal to a current suitable for welding, characterized in that said input stage is a regulated converter stage, said second stage DC to DC converter is unregulated with a magnitude of a given ratio from said second DC output signal to said first DC output signal such that said second DC output signal is less than said first DC output signal.