mhurhangee/ep-ind-claims huggingface dataset:
A binary bone cement component system including: a first component formed as a paste component (Vs) prepared by preliminarily dissolving a first powdered composition in a liquid composition; and a second component formed as a powder component (Ps) including a second powdered composition, thereby forming a paste-powder binary bone cement component system, wherein, for forming bone cement, the paste component (Vs) is mixed with the powder component (Ps) to immediately form a doughy bone cement without additional waiting time, wherein the first powdered composition includes an acrylic polymer, a radiopaque agent and an antibiotic, the liquid composition includes a non-crosslinked MMA monomer, a free radical activator and a free radical inhibitor, and the second powdered component includes an acrylic polymer, a free radical initiator and an antibiotic, characterized it that in the first component (Vs) the ratio of the first powdered composition to the liquid composition is within a range of 0.7 g/ml to 1.5 g/ml, and the amount of the second component (Ps) is selected so as to obtain a final dough viscosity within three minutes within a range of 1000 to 2000 Pa·s. a first component formed as a paste component (Vs) prepared by preliminarily dissolving a first powdered composition in a liquid composition; and a second component formed as a powder component (Ps) including a second powdered composition, thereby forming a paste-powder binary bone cement component system, wherein, for forming bone cement, the paste component (Vs) is mixed with the powder component (Ps) to immediately form a doughy bone cement without additional waiting time, wherein the first powdered composition includes an acrylic polymer, a radiopaque agent and an antibiotic, the liquid composition includes a non-crosslinked MMA monomer, a free radical activator and a free radical inhibitor, and the second powdered component includes an acrylic polymer, a free radical initiator and an antibiotic, characterized it that in the first component (Vs) the ratio of the first powdered composition to the liquid composition is within a range of 0.7 g/ml to 1.5 g/ml, and the amount of the second component (Ps) is selected so as to obtain a final dough viscosity within three minutes within a range of 1000 to 2000 Pa·s.
An ice producer having a frigorific circuit, an evaporator on which a sheet of ice is able to be formed and providing a production phase for said sheet of ice on said evaporator in which a suction line is feeding the evaporator with a low pressure frigorific fluid, and with a defrosting phase for heating the evaporator in order to permit the detachment of the sheet of ice in which the suction line is feeding the evaporator with a high pressure frigorific fluid, characterized in that the ice producer comprises actuation means which are independent from said evaporator and which can be activated by an actuation fluid (11,19) for the generation of a force on said sheet of ice, said force being able to assist the sheet of ice to detach from said evaporator during said defrosting phase.
A method for reshaping metallic, preferably ballistic components in a reshaping press, wherein: (a) a heated first and second component are successively subjected to reshaping, while heated, in a reshaping die comprising a first die mould and a second die mould and respectively cooled in the reshaping die; (b) and the reshaping die is cooled using a coolant of a cooling device of the reshaping press comprising a feed for the coolant, when the first or second component is situated in the die or after the first component has been removed and before the second component has been inserted; wherein (c) the coolant is applied, as a spray, to a rear side of the first die mould or second die mould of the reshaping die which faces away from the component inserted into the reshaping die, by means of nozzles which are connected to the feed. (a) a heated first and second component are successively subjected to reshaping, while heated, in a reshaping die comprising a first die mould and a second die mould and respectively cooled in the reshaping die; (b) and the reshaping die is cooled using a coolant of a cooling device of the reshaping press comprising a feed for the coolant, when the first or second component is situated in the die or after the first component has been removed and before the second component has been inserted; wherein (c) the coolant is applied, as a spray, to a rear side of the first die mould or second die mould of the reshaping die which faces away from the component inserted into the reshaping die, by means of nozzles which are connected to the feed.
An extract derived from Cannabis sativa cell cultures for use in the prevention and treatment of inflammation, in particular neuroinflammation, wherein said extract is obtained by a process comprising the steps of: a) homogenizing the cell cultures in a hydro-alcoholic solution, said hydro-alcoholic solution being an ethanol solution in water with a concentration of ethanol of from 10% to 98% v/v, thus obtaining a homogenate; b) separating the solid fraction from the liquid fraction of said homogenate, preferably by centrifugation or filtration; c) bringing the liquid fraction to dryness, thus obtaining said extract. a) homogenizing the cell cultures in a hydro-alcoholic solution, said hydro-alcoholic solution being an ethanol solution in water with a concentration of ethanol of from 10% to 98% v/v, thus obtaining a homogenate; b) separating the solid fraction from the liquid fraction of said homogenate, preferably by centrifugation or filtration; c) bringing the liquid fraction to dryness, thus obtaining said extract.
An induction heating device for induction-heating a workpiece on which areas to be heated (H1, H2) are established extending in one direction, and when the areas to be heated (H1, H2) are induction-heated, a side of one edge and a side of another edge of the areas to be heated (H1, H2) exhibit different deformation amount, comprising: heating coils arranged and configured to face a portion of the areas to be heated (H1, H2); a workpiece supporting member equipped with rotating rollers arranged in a radial fashion on the side of the tip of a plurality of radial racks extending in a radial direction as relative transfer means, the workpiece being moved along the shape of a ring by rotating each of the rotating rollers; a position detecting means for detecting measurement positions of the workpiece other than the areas to be heated (H1, H2) during a heating period; and a displacing means equipped with a posture control unit for adjusting a relative position between the workpiece and the heating coils by controlling the operation of the displacing means based on the measurement positions detected by the position detecting means, characterised in that the displacing means is further arranged and configured to change a relative angle between the workpiece and the heating coils, wherein the heating coils are disposable by the displacing means so as to correspond to the areas to be heated (H1, H2) during the heating period by correcting the measurement positions obtained by the position detecting means during the heating period based at least on a shape of the workpiece, and by adjusting the relative position and changing the relative angle between the workpiece and the heating coils so as to correspond to the corrected measurement positions. heating coils arranged and configured to face a portion of the areas to be heated (H1, H2); a workpiece supporting member equipped with rotating rollers arranged in a radial fashion on the side of the tip of a plurality of radial racks extending in a radial direction as relative transfer means, the workpiece being moved along the shape of a ring by rotating each of the rotating rollers; a position detecting means for detecting measurement positions of the workpiece other than the areas to be heated (H1, H2) during a heating period; and a displacing means equipped with a posture control unit for adjusting a relative position between the workpiece and the heating coils by controlling the operation of the displacing means based on the measurement positions detected by the position detecting means, characterised in that the displacing means is further arranged and configured to change a relative angle between the workpiece and the heating coils, wherein the heating coils are disposable by the displacing means so as to correspond to the areas to be heated (H1, H2) during the heating period by correcting the measurement positions obtained by the position detecting means during the heating period based at least on a shape of the workpiece, and by adjusting the relative position and changing the relative angle between the workpiece and the heating coils so as to correspond to the corrected measurement positions.
A sock comprising: at least one flexible pad section located on the underside of the sock; the at least one flexible pad section having a rear face which is attached to the sock and an outwardly facing front face; a plurality of suckers located on the at least one pad section; on the front face of the at least one flexible pad section the suckers form a concave shape and are therefore capable of creating a suction action when depressed under pressure; characterized in that the plurality of the suckers have circular shaped side walls wherein an outer surface of the side walls are sloped inwards towards a central part of the concave sucker whereupon the base of the side wall is wider than the top portion which has been found to be optimal to increase the efficiency of the suction/gripping action; wherein the plurality of suckers thereby are able to more securely attach a person's foot to the inside of a shoe during use. at least one flexible pad section located on the underside of the sock; the at least one flexible pad section having a rear face which is attached to the sock and an outwardly facing front face; a plurality of suckers located on the at least one pad section; on the front face of the at least one flexible pad section the suckers form a concave shape and are therefore capable of creating a suction action when depressed under pressure; characterized in that the plurality of the suckers have circular shaped side walls wherein an outer surface of the side walls are sloped inwards towards a central part of the concave sucker whereupon the base of the side wall is wider than the top portion which has been found to be optimal to increase the efficiency of the suction/gripping action; wherein the plurality of suckers thereby are able to more securely attach a person's foot to the inside of a shoe during use.
A surgical instrument, comprising: a handle including: a handle frame; a microcontroller having at least one program and memory; and a handle interface supported by the handle frame and in electrical communication with the microcontroller; and a loading unit comprising a staple cartridge and an anvil, the loading unit including: a body configured for operative coupling to the handle frame of the handle, and defining a longitudinal axis and having proximal and distal ends; and an end effector coupled to the distal end of the body, the end effector configured to perform a surgical task; and a bracket mounted to the loading unit, the bracket including a microchip having at least one of authentication data and identification data relating to the loading unit, the bracket including a bracket interface in communication with the microchip, the bracket interface configured for electrical coupling with the handle interface of the handle; characterised in that the bracket extends between the staple cartridge and the anvil and is configured to engage and prevent movement of at least one drive component of the loading unit. a handle including: a handle frame; a microcontroller having at least one program and memory; and a handle interface supported by the handle frame and in electrical communication with the microcontroller; and a handle frame; a microcontroller having at least one program and memory; and a handle interface supported by the handle frame and in electrical communication with the microcontroller; and a loading unit comprising a staple cartridge and an anvil, the loading unit including: a body configured for operative coupling to the handle frame of the handle, and defining a longitudinal axis and having proximal and distal ends; and an end effector coupled to the distal end of the body, the end effector configured to perform a surgical task; and a body configured for operative coupling to the handle frame of the handle, and defining a longitudinal axis and having proximal and distal ends; and an end effector coupled to the distal end of the body, the end effector configured to perform a surgical task; and a bracket mounted to the loading unit, the bracket including a microchip having at least one of authentication data and identification data relating to the loading unit, the bracket including a bracket interface in communication with the microchip, the bracket interface configured for electrical coupling with the handle interface of the handle; characterised in that the bracket extends between the staple cartridge and the anvil and is configured to engage and prevent movement of at least one drive component of the loading unit.
A liftgate cargo module comprising: an outside panel of a vehicle; an integrated tailgate, which is connected to the outside panel and forming part of the outside panel, the integrated tailgate is movable between a deployed position and an undeployed position wherein the integrated tailgate when in the deployed position forms an exterior surface of the outside panel of the vehicle; a cargo load floor of the integrated tailgate that is accessible when the integrated tailgate is in the deployed position; characterized by an all-weather enclosure connectable to the cargo floor for enclosing contents that are being hauled on the integrated tailgate, wherein the all-weather enclosure is a hard enclosure having a fastener for connecting the hard enclosure to the outside panel of the vehicle, wherein the hard enclosure includes a door that is moveable between an open and closed position, the door includes a lock for locking the door in the closed position and seals for preventing moisture from getting inside of the hard enclosure. an outside panel of a vehicle; an integrated tailgate, which is connected to the outside panel and forming part of the outside panel, the integrated tailgate is movable between a deployed position and an undeployed position wherein the integrated tailgate when in the deployed position forms an exterior surface of the outside panel of the vehicle; a cargo load floor of the integrated tailgate that is accessible when the integrated tailgate is in the deployed position; characterized by an all-weather enclosure connectable to the cargo floor for enclosing contents that are being hauled on the integrated tailgate, wherein the all-weather enclosure is a hard enclosure having a fastener for connecting the hard enclosure to the outside panel of the vehicle, wherein the hard enclosure includes a door that is moveable between an open and closed position, the door includes a lock for locking the door in the closed position and seals for preventing moisture from getting inside of the hard enclosure.
A manufacturing method of a honeycomb structure, the honeycomb structure having a shearing strength of 200 kPa or more, the method having: a forming step of forming a forming raw material into a plurality of quadrangular prismatic honeycomb formed bodies each having partition walls defining a plurality of cells which become through channels for a fluid and extend from one end face to the other end face; a firing step of firing the plurality of honeycomb formed bodies to form a plurality of quadrangular prismatic honeycomb fired bodies; a sheet-like bonding material attaching step of attaching sheet-like bonding materials to at least part of side surfaces of at least part of the plurality of honeycomb fired bodies, wherein the bonding material contains 0.08 to 0.40 mass% of agar; a honeycomb block body preparing step of preparing a honeycomb block body in which the plurality of honeycomb fired bodies are stacked, by assembling the plurality of quadrangular prismatic honeycomb fired bodies while bonding the side surfaces thereof to one another by the bonding materials; and a grinding step of grinding a circumferential portion of the honeycomb block body to obtain the honeycomb structure. a forming step of forming a forming raw material into a plurality of quadrangular prismatic honeycomb formed bodies each having partition walls defining a plurality of cells which become through channels for a fluid and extend from one end face to the other end face; a firing step of firing the plurality of honeycomb formed bodies to form a plurality of quadrangular prismatic honeycomb fired bodies; a sheet-like bonding material attaching step of attaching sheet-like bonding materials to at least part of side surfaces of at least part of the plurality of honeycomb fired bodies, wherein the bonding material contains 0.08 to 0.40 mass% of agar; a honeycomb block body preparing step of preparing a honeycomb block body in which the plurality of honeycomb fired bodies are stacked, by assembling the plurality of quadrangular prismatic honeycomb fired bodies while bonding the side surfaces thereof to one another by the bonding materials; and a grinding step of grinding a circumferential portion of the honeycomb block body to obtain the honeycomb structure.
System (10a, 10b) for opening/closing a vehicle bonnet, comprising a manual operating element (11a, 11b), in particular rotatable on a structural element, able to control the placing of the bonnet on a body of the vehicle, and a mechanism (37a, 37b) for locking/unlocking the operating element (11a, 11b), said manual operating element (11a, 11b) comprising a body provided with an actuating element, in particular a lever, characterized in that a catching or fastening element (32, 34) is situated on the actuating element and intended to cooperate with the structural element in order to retain the manual operating element (11a, 11b) in a reversibly retained open or closed position when the actuating element has been manipulated.
Security feature, in particular for packagings, characterised in that a colour separation of a defined coloured region of a motif is formed by two different rasters, the proportions of which are defined by a cryptic key, wherein a colour component having tonal values from 1 to 100% is selected from a colour image which exists in the CYMK system, wherein this tonal value of this colour component is split into two parts which are printed as different rasters, wherein the two different rasters are selected from the group comprising dot rasters, line rasters, bar rasters, stochastic rasters and frequency-modulated rasters.
An energy generating apparatus for generating heat energy by an exothermic reaction in the form of a metal lattice supported hydrogen process comprising: a reaction vessel with a reaction chamber containing reaction material for carrying out the exothermic reaction, a field generating device for generating a field in the reaction chamber for activating and/or maintaining the exothermic reaction, a heat transfer device for transferring heat into and/or out of the reaction chamber, and a control which is designed to control the field generating device depending on the temperature in the reaction chamber for stabilizing the exothermic reaction, characterized in that for the sole energy supply of the control a thermoelectric generator, which is designed to convert heat energy from the reaction chamber into electrical energy, is connected with the control, in order to operate the control by means of the heat of the reaction chamber such that the control is only supplied with sufficient energy, when the temperature in the reaction chamber is above a predetermined critical temperature, in order to control the field generating device for generating the field which generates or maintains the reaction. a reaction vessel with a reaction chamber containing reaction material for carrying out the exothermic reaction, a field generating device for generating a field in the reaction chamber for activating and/or maintaining the exothermic reaction, a heat transfer device for transferring heat into and/or out of the reaction chamber, and a control which is designed to control the field generating device depending on the temperature in the reaction chamber for stabilizing the exothermic reaction, characterized in that for the sole energy supply of the control a thermoelectric generator, which is designed to convert heat energy from the reaction chamber into electrical energy, is connected with the control, in order to operate the control by means of the heat of the reaction chamber such that the control is only supplied with sufficient energy, when the temperature in the reaction chamber is above a predetermined critical temperature, in order to control the field generating device for generating the field which generates or maintains the reaction.
A method of performing a speaker recognition function based on a first audio signal and a second audio signal, and using a plurality of devices that each include a microphone, the method comprising: capturing the second audio signal at a microphone of a first device; sending audio data representative of the captured second audio signal from the first device to a second device; receiving, at the first device, audio data representative of the first audio signal from the second device, the first audio signal captured by a microphone of the second device; performing, at the first device, noise reduction on the second audio signal based at least in part on the audio data representative of the first audio signal to obtain a noise-reduced first audio signal; generating, at the first device, one or more features based on the noise-reduced second audio signal and sending the one or more features from the first device to the second device; receiving, at the first device, one or more features from the second device, the one or more features received from the second device being generated at the second device based on a noise-reduced first audio signal which is a result of noise reduction performed at the second device on the first audio signal; and performing, at the first device, a speaker recognition function based on the one or more features received from the second device. capturing the second audio signal at a microphone of a first device; sending audio data representative of the captured second audio signal from the first device to a second device; receiving, at the first device, audio data representative of the first audio signal from the second device, the first audio signal captured by a microphone of the second device; performing, at the first device, noise reduction on the second audio signal based at least in part on the audio data representative of the first audio signal to obtain a noise-reduced first audio signal; generating, at the first device, one or more features based on the noise-reduced second audio signal and sending the one or more features from the first device to the second device; receiving, at the first device, one or more features from the second device, the one or more features received from the second device being generated at the second device based on a noise-reduced first audio signal which is a result of noise reduction performed at the second device on the first audio signal; and performing, at the first device, a speaker recognition function based on the one or more features received from the second device.