mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a transceiver of a bus participant connected to a data bus, the bus participant further comprising a control unit, the transceiver being connected between the data bus and the control unit and, according to a bus protocol, being supplied with instructions and operating data for its operation and receiving and transmitting useful data via the data bus, wherein, in said method - the transceiver, for its operation, is operative to receive, at its inputs and/or outputs which are provided for the useful data and are connected to the data bus and the control unit, instructions transmitted by the control unit or via the data bus and, upon receipt of such an instruction, is operated in accordance with these instructions, characterized in - that the control unit of the bus participant is operative, for operating the transceiver of the bus participant, to locally communicate operating data with the transceiver, wherein bus communication of the transceiver with the data bus with respect to operating data is prevented, and wherein a unilateral communication of useful data takes place between the data bus and the transceiver forwarding these useful data to the control unit of the bus participant, and a unilateral communication of useful data takes place between the transceiver of the bus participant and the control unit of the bus participant, without the transceiver communicating useful data to the data bus. - the transceiver, for its operation, is operative to receive, at its inputs and/or outputs which are provided for the useful data and are connected to the data bus and the control unit, instructions transmitted by the control unit or via the data bus and, upon receipt of such an instruction, is operated in accordance with these instructions, - that the control unit of the bus participant is operative, for operating the transceiver of the bus participant, to locally communicate operating data with the transceiver, wherein bus communication of the transceiver with the data bus with respect to operating data is prevented, and wherein a unilateral communication of useful data takes place between the data bus and the transceiver forwarding these useful data to the control unit of the bus participant, and a unilateral communication of useful data takes place between the transceiver of the bus participant and the control unit of the bus participant, without the transceiver communicating useful data to the data bus.
An electronic device, comprising: a first body equipped with a display; a second body connected to the first body by a hinge and including an upper case and a lower case coupled to the upper case; a through-hole formed in the upper case of the second body; a touchpad assembly being coupled to the through-hole, by at least one coupling portion on a first edge of the touchpad assembly, the touchpad assembly movable relative to the second body; at least one protruding portion projecting from a lower surface of the touchpad assembly and facing a lower surface of the upper case; the at least one protruding portion formed on an edge of the touchpad assembly adjacent to the first edge of the touchpad assembly and in an area adjacent the edge opposite the first edge; an elastic member formed on the lower surface of the upper case and positioned between the upper case and the protruding portion; and a support bar supporting the touchpad assembly, wherein a side of the support bar is coupled to the second body, and another side of the support bar contacts the touchpad assembly in an area adjacent to the edge opposing the first edge on which a coupling portion is formed. a first body equipped with a display; a second body connected to the first body by a hinge and including an upper case and a lower case coupled to the upper case; a through-hole formed in the upper case of the second body; a touchpad assembly being coupled to the through-hole, by at least one coupling portion on a first edge of the touchpad assembly, the touchpad assembly movable relative to the second body; at least one protruding portion projecting from a lower surface of the touchpad assembly and facing a lower surface of the upper case; the at least one protruding portion formed on an edge of the touchpad assembly adjacent to the first edge of the touchpad assembly and in an area adjacent the edge opposite the first edge; an elastic member formed on the lower surface of the upper case and positioned between the upper case and the protruding portion; and a support bar supporting the touchpad assembly,
Method for producing a needle punch carpet having a velourized and more wear-resistant surface, in which the bulky unstable sheet is needled and velourized by a carding belt in the needling unit, characterized in that a.) the fiber working weight is from 240 to 600 g/m 2, b.) the stitch-out side has a penetration depth of from 2 to 13 mm, c.) only a needle unit with needles is used in which the notches are arranged in different heights and numbers, d.) the needle density is at least 9000/m 2 and e.) the stitch density is from 200 to 750 stitches/cm 2, wherein before being subjected to a drying/cross-linking process, the carpet is coated with a mixture of wax and polymer dispersion on the stitch-out side. a.) the fiber working weight is from 240 to 600 g/m 2, b.) the stitch-out side has a penetration depth of from 2 to 13 mm, c.) only a needle unit with needles is used in which the notches are arranged in different heights and numbers, d.) the needle density is at least 9000/m 2 and e.) the stitch density is from 200 to 750 stitches/cm 2,
A washing machine comprising: a water tub storing water; a rotary tub arranged in the water tub; a dissolving area in which a detergent or a softener is fed and dissolved; a fine bubble, i.e. a FB, feed-water pathway which includes a fine-bubble generation apparatus allowing generation of fine bubble water and along which water fed from a feed-water source is passed through the fine-bubble generation apparatus to be fed to the dissolving area as fine bubble water; a FB feed-water valve opening and closing the FB feed-water pathway; and a control apparatus configured to control opening and closing of the FB feed-water valve, characterized in that the fine-bubble generation apparatus is configured to generate fine bubbles including ultrafine bubbles having a sphere equivalent bubble diameter of 50 nm to 1 μm, the control apparatus is configured to open the FB feed-water valve so as to bring the detergent or softener and the fine bubble water into contact with each other to dissolve the detergent or softener, in a washing course in which the washing machine is operated and during a period when the detergent or softener is dissolved in feed-water. a water tub storing water; a rotary tub arranged in the water tub; a dissolving area in which a detergent or a softener is fed and dissolved; a fine bubble, i.e. a FB, feed-water pathway which includes a fine-bubble generation apparatus allowing generation of fine bubble water and along which water fed from a feed-water source is passed through the fine-bubble generation apparatus to be fed to the dissolving area as fine bubble water; a FB feed-water valve opening and closing the FB feed-water pathway; and a control apparatus configured to control opening and closing of the FB feed-water valve, characterized in that the fine-bubble generation apparatus is configured to generate fine bubbles including ultrafine bubbles having a sphere equivalent bubble diameter of 50 nm to 1 μm, the control apparatus is configured to open the FB feed-water valve so as to bring the detergent or softener and the fine bubble water into contact with each other to dissolve the detergent or softener, in a washing course in which the washing machine is operated and during a period when the detergent or softener is dissolved in feed-water.
Measuring arrangement, comprising a) a carrier element (14, 21, 32, 41) with a longitudinal axis on which a sensor (22, 33) for determining a process variable of a gaseous or liquid fluid is arranged, and b) the sensor (22, 33) wherein the sensor (22, 33) has a fluid channel which extends inside the sensor (22, 33), and wherein the carrier element (14, 21, 32, 41) has a fluid channel (15, 24, 36), characterized in that the carrier element (14, 21, 32, 41) has, in each case, at least one connection element (23, 35, 42) for the purpose of connecting the fluid channel (15, 24, 36) of the carrier element (14, 21, 32, 41) with the fluid channel of the sensor (22, 33), said connection element projecting out of the carrier element (14, 21, 32, 41) perpendicularly to the longitudinal axis and projecting into the fluid channel of the sensor (22, 33), and wherein the connection element (23, 35, 42) is fixed at least to the sensor (22, 33) with a bonding layer (38, 39), and wherein said mechanical bonding layer (38, 39) comprises a fluorinated plastic compound. a) a carrier element (14, 21, 32, 41) with a longitudinal axis on which a sensor (22, 33) for determining a process variable of a gaseous or liquid fluid is arranged, and b) the sensor (22, 33)
A suspension for a pull construction, the suspension being formed by two or more tow arms, the tow arms being connected to each other by means of at least one connection profile connecting the tow arms and comprising a centrally disposed mounting element by means of which the connecting profile can be induced to rotate, the mounting element comprising a first holding part disposed on the connecting profile and a second holding part connected to the first holding part in an articulated manner by means of a joint, characterized in that the mounting element comprises a profile part on or in which the connecting profile is received rotatably about the longitudinal axis thereof.
Portable equipment for monitoring and controlling the atmosphere of reflow ovens, comprising: - A control box of nitrogen injection flow; - A collecting and analysis box; and - A box with programmable controller, electrical power and display with communicative interface; characterised in that: - the control box comprises ball-type manual valves, nitrogen pressure regulators with pressure gauges, a proportional valve of nitrogen flow control; and a cleaning line coming out of the control box and joining the collecting and analysis box, a cleaning line comprising a ball-type manual valve and a nitrogen pressure regulator with a manometer, the cleaning line being adapted to clean a sampling line of the reflow oven with nitrogen; - the collecting and analysis box comprises a line filter, solenoid valves, a lambda sensor coupled with an analysis chamber, a signal converter, a flow meter with needle valve and a diaphragm-type vacuum pump; and - the box with programmable controller, electrical power and display with communicative interface comprises a microcontroller, a signal converter, a source of the lambda sensor and an electrical panel of system control connected with one another by electrical cables of power and logic. - A control box of nitrogen injection flow; - A collecting and analysis box; and - A box with programmable controller, electrical power and display with communicative interface; - the control box comprises ball-type manual valves, nitrogen pressure regulators with pressure gauges, a proportional valve of nitrogen flow control; and a cleaning line coming out of the control box and joining the collecting and analysis box, a cleaning line comprising a ball-type manual valve and a nitrogen pressure regulator with a manometer, the cleaning line being adapted to clean a sampling line of the reflow oven with nitrogen; - the collecting and analysis box comprises a line filter, solenoid valves, a lambda sensor coupled with an analysis chamber, a signal converter, a flow meter with needle valve and a diaphragm-type vacuum pump; and - the box with programmable controller, electrical power and display with communicative interface comprises a microcontroller, a signal converter, a source of the lambda sensor and an electrical panel of system control connected with one another by electrical cables of power and logic.
A method of conducting tool navigation comprising: utilizing a plurality of inertial measurement units to generate acceleration data and magnetic data; registering relative locations of a first and second inertial measurement units comprising the plurality of inertial measurement units, where registering relative locations includes mounting the first inertial measurement unit to a registration tool that uniquely engages a person's anatomy in a particular location and orientation, and where registering the relative locations includes mounting the second inertial measurement unit to the person; attaching the first inertial measurement unit to a tool post registration; and, repositioning the tool and the first inertial measurement unit toward a site associated with the person's anatomy. utilizing a plurality of inertial measurement units to generate acceleration data and magnetic data; registering relative locations of a first and second inertial measurement units comprising the plurality of inertial measurement units, where registering relative locations includes mounting the first inertial measurement unit to a registration tool that uniquely engages a person's anatomy in a particular location and orientation, and where registering the relative locations includes mounting the second inertial measurement unit to the person; attaching the first inertial measurement unit to a tool post registration; and, repositioning the tool and the first inertial measurement unit toward a site associated with the person's anatomy.
A method for upregulating at least one of the genes of the colanic acid operon in a bacterium as compared to the expression of said genes within a corresponding wild type bacterium, the method comprising disrupting the genes encoding for the transcriptional regulators the aerobic respiration control protein ArcA and the isocitrate lyase regulator IclR, wherein said operon comprises the genes cpsG, cpsB, gmd and fcl that code for a phosphomannomutase, a mannose-1-phosphate guanylyltransferase, GDP-mannose 4,6-dehydratase and GDP-fucose synthase, respectively.
Protective module for the protection of objects against shaped-charge projectiles, consisting of a number of plates (P 1 to P n) provided one after the other and/or one on top of the other for forming distributed or multiple capacitances (C 1 to C n), characterized in that the protective module is made up of multiple protective sub-modules and is divided into various protective regions, wherein the protective sub-modules are electrically connected to one another, and in that each of the capacitances (C 1 to C n) is charged to a charging voltage (U 0).
Extrusion preventing device for incorporation into a sealing element of a well tool device, where the extrusion preventing device comprises: - a wire wound with a plurality of turns (T1, T2, T3,..., Tn) to form a torus-shaped coiled spring; characterized in that: - each turn of the torus-shaped coiled spring is canted. - a wire wound with a plurality of turns (T1, T2, T3,..., Tn) to form a torus-shaped coiled spring; characterized in that: - each turn of the torus-shaped coiled spring is canted. - each turn of the torus-shaped coiled spring is canted.
A method for coating panels, edges and mouldings of natural or synthetic materials, e.g. wood, stone, ceramics, fibre-cement or plastics, comprising the following steps: a. Application of a three-dimensional texture through a photo-polymerizable paint; wherein the layer of photo-polymerizable paint is of a light colour or transparent; the layer of photo-polymerizable paint is made uniform by a belt or web matrix to impress the texture transferred on the object; the layer of photo-polymerizable paint is cured or gelled by a UV lamp placed above said belt/web, said UV radiation going through the clear belt/web; the layer of photo-polymerizable paint acquires the desired texture through transfer of the embossing on the impressor belt/web matrix and the following polymerization before removing the impressor belt/web matrix; the impressor can only be a disposable web matrix or a continuous belt; b. Digital or contact print of the desired texture; c. Application of a transparent finish; wherein the coloured three-dimensional texture is made of photo-polymerizable paint and inks directly applied on the object to be painted itself. a. Application of a three-dimensional texture through a photo-polymerizable paint; wherein the layer of photo-polymerizable paint is of a light colour or transparent; the layer of photo-polymerizable paint is made uniform by a belt or web matrix to impress the texture transferred on the object; the layer of photo-polymerizable paint is cured or gelled by a UV lamp placed above said belt/web, said UV radiation going through the clear belt/web; the layer of photo-polymerizable paint acquires the desired texture through transfer of the embossing on the impressor belt/web matrix and the following polymerization before removing the impressor belt/web matrix; the impressor can only be a disposable web matrix or a continuous belt; b. Digital or contact print of the desired texture; c. Application of a transparent finish; wherein the coloured three-dimensional texture is made of photo-polymerizable paint and inks directly applied on the object to be painted itself.
A client device comprising a Widevine standard content protection decoder, comprising: a receiver for receiving an asset including video content and a manifest file for the asset, wherein the video content is protected according to a further standard, the Widevine and the further standards being in accordance with a common standard but being different to each other; a search engine for identifying a KeyID field in the received manifest file; a creation module for creating a Widevine content protection header for the asset in accordance with the Widevine standard based on the KeyID field, the created Widevine content protection header including: a KeyID field corresponding to the identified KeyID field of the asset manifest file; and a ContentID field comprising the value of the identified KeyID field of the asset manifest file, but following a specific format, wherein the format of the KeyID field and the created ContentID field of the created Widevine header are different; an interface for transmitting a request for a licence to a Widevine licence server including the created Widevine content protection header, and for receiving a Widevine licence responsive to the request; and a controller for accessing the video content of the asset using the received Widevine license. a receiver for receiving an asset including video content and a manifest file for the asset, wherein the video content is protected according to a further standard, the Widevine and the further standards being in accordance with a common standard but being different to each other; a search engine for identifying a KeyID field in the received manifest file; a creation module for creating a Widevine content protection header for the asset in accordance with the Widevine standard based on the KeyID field, the created Widevine content protection header including: a KeyID field corresponding to the identified KeyID field of the asset manifest file; and a ContentID field comprising the value of the identified KeyID field of the asset manifest file, but following a specific format, wherein the format of the KeyID field and the created ContentID field of the created Widevine header are different; an interface for transmitting a request for a licence to a Widevine licence server including the created Widevine content protection header, and for receiving a Widevine licence responsive to the request; and a controller for accessing the video content of the asset using the received Widevine license.
A process for producing a pharmaceutical lozenge formulation comprising the steps of: (a) providing a liquid composition comprising a salt of a non-steroidal anti-inflammatory drug (NSAID salt) and a solvent system; (b) providing a molten lozenge-forming composition; (c) mixing the liquid composition with the molten lozenge-forming composition; and (d) forming the resulting mixture into lozenges each containing a therapeutically effective amount of a NSAID salt/NSAID mixture wherein the solvent system comprises a first solvent and a second solvent, wherein said first and second solvents comprise water, an alcohol, a polyol, a polyether polyol or a derivative of a polyether polyol and wherein said first solvent is different from said second solvent. (a) providing a liquid composition comprising a salt of a non-steroidal anti-inflammatory drug (NSAID salt) and a solvent system; (b) providing a molten lozenge-forming composition; (c) mixing the liquid composition with the molten lozenge-forming composition; and (d) forming the resulting mixture into lozenges each containing a therapeutically effective amount of a NSAID salt/NSAID mixture wherein the solvent system comprises a first solvent and a second solvent, wherein said first and second solvents comprise water, an alcohol, a polyol, a polyether polyol or a derivative of a polyether polyol and wherein said first solvent is different from said second solvent.
A laundry drier comprising: - a cabinet, - a drum rotatably mounted inside the cabinet, - one or more support elements for the rotation of the drum, wherein said one or more support elements include one or more rollers, - at least one electric element (200, 61) mounted in the drum, - a wireless power transmitter unit fixed to said cabinet or to a component of said laundry drier unmovable with respect to said cabinet, - a wireless power receiver unit mounted in/on said drum, wherein said wireless power transmitter unit is electromagnetically coupled with said wireless power receiver unit, for transmitting electric power to the latter, and wherein said wireless power receiver unit is electrically coupled with said at least one electric element (200, 61), for supplying electric power to the latter, characterized in that said wireless power receiver unit and said wireless power transmitter unit are annular shaped, centred with the drum centre, and mounted radially parallel respectively on said cabinet, or on said component of said laundry drier unmovable with respect to said cabinet, and on said drum. - a cabinet, - a drum rotatably mounted inside the cabinet, - one or more support elements for the rotation of the drum, wherein said one or more support elements include one or more rollers, - at least one electric element (200, 61) mounted in the drum, - a wireless power transmitter unit fixed to said cabinet or to a component of said laundry drier unmovable with respect to said cabinet, - a wireless power receiver unit mounted in/on said drum, wherein said wireless power transmitter unit is electromagnetically coupled with said wireless power receiver unit, for transmitting electric power to the latter, and wherein said wireless power receiver unit is electrically coupled with said at least one electric element (200, 61), for supplying electric power to the latter, characterized in that said wireless power receiver unit and said wireless power transmitter unit are annular shaped, centred with the drum centre, and mounted radially parallel respectively on said cabinet, or on said component of said laundry drier unmovable with respect to said cabinet, and on said drum.