mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a metal deposit on the surface of a solid substrate, said method being characterized in that it at least comprises: 1) a functionalisation step of at least one part of the substrate surface with -O-P, -O-P-O, -O-S or-O-S-O groups, said groups being bonded on the surface of the substrate via an oxygen atom, said functionalisation being performed by contacting the substrate with a phosphating, respectively sulfurizing, agent; 2) a step to mix the substrate with particles in powder form of size varying between 10 nm and 100 μm of a metal or metal oxide subliming at a temperature lower than 1000°C, either simultaneously with the functionalisation step 1) or after said functionalisation step; 3) a heat treatment step of the mixture obtained above after step 2), at a temperature varying from 100 to 400 °C; on the understanding that said step 3) is only performed when a metal is used at above step 2), said step 3) also being conducted at a temperature lower than the melting point of the metal under consideration, and in air to oxidize said metal and to obtain a metal oxide; 4) a reduction step in a reducing atmosphere, at a temperature between 0.1 T m and a temperature lower than T m, T m being the melting point expressed in Kelvins of the metal oxide obtained at step 3) or the metal oxide used at step 2), to cause the reduction of said metal oxide and concomitant subliming of the metal and/or metal oxide followed by attaching of the metal atoms onto the phosphorus atoms of the -0-P groups or onto the sulfur atoms of the O-S groups or onto the free oxygen atom of the O-P-O or -O-S-O groups bonded to the substrate. 1) a functionalisation step of at least one part of the substrate surface with -O-P, -O-P-O, -O-S or-O-S-O groups, said groups being bonded on the surface of the substrate via an oxygen atom, said functionalisation being performed by contacting the substrate with a phosphating, respectively sulfurizing, agent; 2) a step to mix the substrate with particles in powder form of size varying between 10 nm and 100 μm of a metal or metal oxide subliming at a temperature lower than 1000°C, either simultaneously with the functionalisation step 1) or after said functionalisation step; 3) a heat treatment step of the mixture obtained above after step 2), at a temperature varying from 100 to 400 °C; on the understanding that said step 3) is only performed when a metal is used at above step 2), said step 3) also being conducted at a temperature lower than the melting point of the metal under consideration, and in air to oxidize said metal and to obtain a metal oxide; 4) a reduction step in a reducing atmosphere, at a temperature between 0.1 T m and a temperature lower than T m, T m being the melting point expressed in Kelvins of the metal oxide obtained at step 3) or the metal oxide used at step 2), to cause the reduction of said metal oxide and concomitant subliming of the metal and/or metal oxide followed by attaching of the metal atoms onto the phosphorus atoms of the -0-P groups or onto the sulfur atoms of the O-S groups or onto the free oxygen atom of the O-P-O or -O-S-O groups bonded to the substrate.
A washing machine, comprising: a tub to contain wash water; a drum having a cylindrical shape and provided in the tub, the drum rotates with laundry loaded therein; a balancing unit configured to move along a circumference of the drum to reduce imbalance due to an unbalanced distribution of the laundry; a wireless power transmitter provided at the tub comprising a transmission coil to generate a wireless power signal and transmit power wirelessly to the balancing unit, and a transmission converter configured to apply power at a driving frequency to the transmission coil; characterized in that the wireless power transmitter further comprises a voltage measurer configured to measure a transmission voltage, which is a voltage of the transmission coil; and a transmission controller configured to control the transmission converter based on the transmission voltage measured by the voltage measurer, wherein the transmission controller is configured to convert the transmission voltage to a coil current, which is an electric current, and to change the driving frequency of the transmission converter according to the coil current. a tub to contain wash water; a drum having a cylindrical shape and provided in the tub, the drum rotates with laundry loaded therein; a balancing unit configured to move along a circumference of the drum to reduce imbalance due to an unbalanced distribution of the laundry; a wireless power transmitter provided at the tub comprising a transmission coil to generate a wireless power signal and transmit power wirelessly to the balancing unit, and a transmission converter configured to apply power at a driving frequency to the transmission coil; characterized in that the wireless power transmitter further comprises a voltage measurer configured to measure a transmission voltage, which is a voltage of the transmission coil; and a transmission controller configured to control the transmission converter based on the transmission voltage measured by the voltage measurer, wherein the transmission controller is configured to convert the transmission voltage to a coil current, which is an electric current, and to change the driving frequency of the transmission converter according to the coil current.
An intelligent tire pressure monitoring system, comprising a controller area network bus module, a diagnosing module, a processor, a 3 rd generation module, a global positioning system module and a server; wherein the controller area network bus module and the diagnosing module are configured to detect rotational speed of each tire of the automobile and steering angle of steering wheel of the automobile, and send the rotational speed of each tire of the automobile and steering angle of steering wheel of the automobile to the processor, wherein the rotational speed of each tire of the automobile and steering angle of steering wheel of the automobile are regarded as detecting result data; and the global positioning system module is configured to obtain position information of the automobile, and send the position information of the automobile to the processor; characterized in that the processor is configured to calculate and process the detecting result data and the position information of the automobile, and upload the detecting result data and the position information of the automobile which are calculated and processed to the server through the 3 rd generation module; and the server is configured to calculate a pressuring value of each tire of the automobile according to the detecting result data, the position information of the automobile, weather conditions of continuous several days, and condition of road traveled by the automobile, and do an alarm according to the pressuring value of each tire of the automobile. the controller area network bus module and the diagnosing module are configured to detect rotational speed of each tire of the automobile and steering angle of steering wheel of the automobile, and send the rotational speed of each tire of the automobile and steering angle of steering wheel of the automobile to the processor, wherein the rotational speed of each tire of the automobile and steering angle of steering wheel of the automobile are regarded as detecting result data; and the global positioning system module is configured to obtain position information of the automobile, and send the position information of the automobile to the processor; characterized in that the processor is configured to calculate and process the detecting result data and the position information of the automobile, and upload the detecting result data and the position information of the automobile which are calculated and processed to the server through the 3 rd generation module; and the server is configured to calculate a pressuring value of each tire of the automobile according to the detecting result data, the position information of the automobile, weather conditions of continuous several days, and condition of road traveled by the automobile, and do an alarm according to the pressuring value of each tire of the automobile.
A device for detecting containers moving along a feed path of a conveyor, comprising: a support structure which can be associated to the conveyor; at least one detection sensor connected to the support structure and which is mobile with respect to the support structure; the sensor being operatively associated to a container moving along the conveyor so as to detect a characteristic of the container; means for synchronising the sensor with respect to the container, the synchronising means being active on the sensor to move it in such a way that the sensor follows the container along at least one part of the feed path from an initial position to a final position; characterised in that: the synchronising means comprise a guide, fixed to the support structure, and a mobile structure slidably mounted on the guide; the sensor being fixed to the mobile structure for moving at least from the initial position to the final position; the mobile structure comprising a closed-loop transmission unit to which the at least one sensor is connected; motor-driven means for moving the mobile structure with respect to the support structure. a support structure which can be associated to the conveyor; at least one detection sensor connected to the support structure and which is mobile with respect to the support structure; the sensor being operatively associated to a container moving along the conveyor so as to detect a characteristic of the container; means for synchronising the sensor with respect to the container, the synchronising means being active on the sensor to move it in such a way that the sensor follows the container along at least one part of the feed path from an initial position to a final position;
A method to provide electrical contact with at least one superficially electrically conductive component of a handle of a motor vehicle door for motor vehicles in the course of its assembly, characterised in that the component in question of the handle is connected with a contact point of a conductor of the motor vehicle's electrical/electronic system, by means of the interposition of an electrically conductive adhesive.
System for identifying an animal comprising: - a male part, cooperating with at least one cutting element intended to cut out a sample of animal tissue, - a female part with open head having a through-channel, and - a detachable device for storing said sample, intended to be fixed to one end of said through-channel, wherein said system also comprises means for closing said head configured to take at least two positions, including an open position prior to a collecting, in which said channel is open from one side to the other, enabling the passage of said sample through the through-channel, and an irreversible closed position after the collecting operation, in which said channel is closed in the vicinity of said end. - a male part, cooperating with at least one cutting element intended to cut out a sample of animal tissue, - a female part with open head having a through-channel, and - a detachable device for storing said sample, intended to be fixed to one end of said through-channel,
Battery cell for a battery system for a motor vehicle, comprising a flexible cell wall, a cell interior formed by the cell wall, active material arranged in the cell interior for storing and releasing electrical energy, an electrode which is arranged in the cell interior and is electrically coupled to the active material, and an arrester which protrudes from the cell interior and is electrically coupled to the electrode in an initial state, wherein in the initial state, a pressure difference between an internal cell pressure in the cell interior and an external cell pressure outside the cell interior is smaller than a predetermined pressure threshold value, wherein the electrode and the arrester are pressed against one another in the initial state to produce the electrical coupling between a first wall portion and a second wall portion of the cell wall, wherein the battery cell has a separation device for releasing the electrical coupling in an interruption state, wherein the pressure difference in the interruption state corresponds to the pressure threshold value, wherein the separation device is designed to follow with the arrester or the electrode, from the initial state to the interruption state, a movement of the first wall portion away from the second wall portion such that in the interruption state, a gap is formed between the arrester and the electrode, wherein the separation device has a pressure device, characterized in that the pressure device in the initial state has a preload maintained by the pressure difference and is designed to press the arrester away from the electrode or to press the electrode away from the arrester in the direction of the first wall portion. wherein the electrode and the arrester are pressed against one another in the initial state to produce the electrical coupling between a first wall portion and a second wall portion of the cell wall, wherein the battery cell has a separation device for releasing the electrical coupling in an interruption state, wherein the pressure difference in the interruption state corresponds to the pressure threshold value, wherein the separation device is designed to follow with the arrester or the electrode, from the initial state to the interruption state, a movement of the first wall portion away from the second wall portion such that in the interruption state, a gap is formed between the arrester and the electrode, wherein the separation device has a pressure device, characterized in that the pressure device in the initial state has a preload maintained by the pressure difference and is designed to press the arrester away from the electrode or to press the electrode away from the arrester in the direction of the first wall portion.
A pushing device for furniture or household appliances, with a first pull-out guide and a second pull-out guide, wherein each of the two pull-out guides comprises a stationary guide rail and at least one running rail which can be moved relative to the guide rail and a front holder (9, 9') and a rear holder (10, 10') being fixed to each running rail, wherein a base (11, 11') rests on all four holders (9, 9', 10, 10') and is secured against displacement by stops on the holders (9, 9', 10, 10'), characterised in that a groove-shaped receptacle (18, 19) is provided on each holder (9, 9', 10, 10') for the insertion of a lower end portion of a rear wall or a front panel.
Tyre made of rubbery material comprising a sidewall and a texture extending over all or part of this sidewall, characterized in that the texture comprises a graphic element that is regularly repeated in this texture, each graphic element being able to be inscribed inside a circle of a diameter less than or equal to 20 mm, each graphic element projecting from the sidewall of the tyre, and in that, with the tyre comprising a shoulder zone and a zone of maximum width of the sidewall, the texture is present exclusively between this shoulder zone and this zone of maximum width of the sidewall and in that the distance D between the centers of two adjacent circles is less than or equal to 40 mm and in that the sidewall comprises a marking of height H projecting from this sidewall, and in that the texture has a height (h) of between 20% and 80% of the height H of the marking and in that the graphic element is selected from a group of graphic elements comprising at least: - letters; - numbers; - symbols. - letters; - numbers; - symbols.
Device for orienting a medical object in respect of an object under examination, comprising an orientation element, a guide element, an ancillary element and a light guiding device, wherein the orientation element is movably mounted so as to be forcibly guided by the guide element about a centre of rotation, said centre of rotation being repositionable (RPOS-FE) by repositioning the guide element, wherein the orientation element is designed for the longitudinal guidance of the medical object along a guide axis specified by the orientation element, wherein the ancillary element has an identification marker, wherein the ancillary element can be arranged in a defined arrangement in respect of the orientation element, such that the identification marker is arranged in the centre of rotation, wherein the light guiding device is designed to emit (TR-LV) a predefined distribution of light which specifies a path, wherein the predefined distribution of light illuminates the identification marker when the centre of rotation is arranged on the path at a distance from the object under examination, wherein the arrangement of orientation element and ancillary element can be moved about the centre of rotation arranged on the path in an operating state of the device, such that the guide axis of the orientation element can be aligned in a defined positional relationship in respect of the path, wherein the predefined distribution of light illuminates the identification marker with a predefined light pattern, if the guide axis of the orientation element is oriented in a defined positional relationship in respect of the path. comprising an orientation element, a guide element, an ancillary element and a light guiding device, wherein the orientation element is movably mounted so as to be forcibly guided by the guide element about a centre of rotation, said centre of rotation being repositionable (RPOS-FE) by repositioning the guide element, wherein the orientation element is designed for the longitudinal guidance of the medical object along a guide axis specified by the orientation element, wherein the ancillary element has an identification marker, wherein the ancillary element can be arranged in a defined arrangement in respect of the orientation element, such that the identification marker is arranged in the centre of rotation, wherein the light guiding device is designed to emit (TR-LV) a predefined distribution of light which specifies a path, wherein the predefined distribution of light illuminates the identification marker when the centre of rotation is arranged on the path at a distance from the object under examination, wherein the arrangement of orientation element and ancillary element can be moved about the centre of rotation arranged on the path in an operating state of the device, such that the guide axis of the orientation element can be aligned in a defined positional relationship in respect of the path, wherein the predefined distribution of light illuminates the identification marker with a predefined light pattern, if the guide axis of the orientation element is oriented in a defined positional relationship in respect of the path.
A bearing device configured to be installed between a superstructure segment and a substructure segment of a structure and capable of bearing the superstructure segment while minimizing a transferred vibration from the substructure segment to the superstructure segment, the bearing device comprising: a top plate configured to be arranged in a position closer to the superstructure segment than to the substructure segment; a base plate facing the top plate and configured to be arranged in a position closer to the substructure segment than to the superstructure segment; an elastic component bonded to the top plate and to the base plate and intervening between the top plate and the base plate; and a shear key having a form of round plate and restraining the elastic component from shear deforming; wherein the top plate includes a first hold section formed in a surface facing the base plate, and a first end of the shear key is situated inside the first hold section; the base plate includes a second hold section formed in a surface facing the top plate, and a second end of the shear key is situated inside the second hold section; characterized in that the shear key is placed inside the elastic component while situating the first end inside the first hold section of the top plate and the second end inside the second hold section of the base plate and while allowing an axis of the shear key to be inclinable with respect to a stacking direction of the top plate and the base plate. a top plate configured to be arranged in a position closer to the superstructure segment than to the substructure segment; a base plate facing the top plate and configured to be arranged in a position closer to the substructure segment than to the superstructure segment; an elastic component bonded to the top plate and to the base plate and intervening between the top plate and the base plate; and a shear key having a form of round plate and restraining the elastic component from shear deforming; wherein the top plate includes a first hold section formed in a surface facing the base plate, and a first end of the shear key is situated inside the first hold section; the base plate includes a second hold section formed in a surface facing the top plate, and a second end of the shear key is situated inside the second hold section; characterized in that the shear key is placed inside the elastic component while situating the first end inside the first hold section of the top plate and the second end inside the second hold section of the base plate and while allowing an axis of the shear key to be inclinable with respect to a stacking direction of the top plate and the base plate.