mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting the state, in particular the availability, of a participant (2.0-2.n) of a communication bus, which can assume a dominant or a recessive state, having the following method steps: - a first participant, in particular a master participant, of the communication bus sends a state detection message via the communication bus, wherein the state detection message comprises a data area, wherein the data area has at least one participant bit (B1.0-B1.7), which is assigned to a second participant (2.0-2.n) of the communication bus, and the at least one participant bit (B1.0-B1.7) is set to the recessive state, - a second participant (2.0-2.n) of the communication bus receives the state detection message and sets the at least one participant bit (B1.0-B1.7), which is assigned to the second participant (2.0-2.n), to the dominant state while the second participant (2.0-2.n) receives the state detection message, - the first participant and/or a third participant (3.0-3.n) of the communication bus receives the state detection message and determines the state of the second participant (2.0-2.n) based on the participant bit (B1.0-B1.7), characterised in that - the state detection message comprises a check word, in particular an LRC word, and the first participant receives the participant bit (B1.0-B1.7) set by the second participant (2.0-2.n) and sets the check word depending on the received participant bit (B1.0-B1.7). - a first participant, in particular a master participant, of the communication bus sends a state detection message via the communication bus, wherein the state detection message comprises a data area, wherein the data area has at least one participant bit (B1.0-B1.7), which is assigned to a second participant (2.0-2.n) of the communication bus, and the at least one participant bit (B1.0-B1.7) is set to the recessive state, - a second participant (2.0-2.n) of the communication bus receives the state detection message and sets the at least one participant bit (B1.0-B1.7), which is assigned to the second participant (2.0-2.n), to the dominant state while the second participant (2.0-2.n) receives the state detection message, - the first participant and/or a third participant (3.0-3.n) of the communication bus receives the state detection message and determines the state of the second participant (2.0-2.n) based on the participant bit (B1.0-B1.7), characterised in that - the state detection message comprises a check word, in particular an LRC word, and the first participant receives the participant bit (B1.0-B1.7) set by the second participant (2.0-2.n) and sets the check word depending on the received participant bit (B1.0-B1.7).
Use of a seasoning composition, comprising small particle sea salt having a mean particle size of less than 20 microns, for reducing dietary sodium intake.
A method for producing a dissolving pulp, comprising the steps of - obtaining the pulp by means of a pulping process known per se - at least one alkaline extraction step in the form of a cold caustic extraction and/or a hot caustic extraction, wherein the pulp is treated with lye and subsequently pressed out - optionally further steps of purifying and/or bleaching the pulp, wherein at least a portion of the lye, which is accumulating in the alkaline extraction step after pressing, is recycled for the treatment of the pulp, characterized in that the content of beta cellulose is reduced in at least a portion of the recycled lye prior to the new treatment of the pulp. - obtaining the pulp by means of a pulping process known per se - at least one alkaline extraction step in the form of a cold caustic extraction and/or a hot caustic extraction, wherein the pulp is treated with lye and subsequently pressed out - optionally further steps of purifying and/or bleaching the pulp,
Process for the production of a homogenous mixture of two or more keto acids wherein - in a first step, two or more free keto acids are mixed, and - in a second step, the mixed keto acids are co-crystallized with one or more alkaline earth metal salts. - in a first step, two or more free keto acids are mixed, and - in a second step, the mixed keto acids are co-crystallized with one or more alkaline earth metal salts.
Subframe arrangement for a vehicle, comprising a subframe structured in multiple parts with two longitudinal beams spaced apart from one another, which are connected in the manner of a frame by two transverse beams (4, 5) spaced apart from one another as well as a distribution gear mounted on the subframe framed by the longitudinal beams and transverse beams (4, 5) with an input shaft and two output shafts, wherein a first of the transverse beams is crossed by a part of the distribution gear in an intersection and is structured from two shell parts (4a, 4b) connected to one another at least in sections, characterised in that each of the two shell parts (4a, 4b) forms a tab and the tabs together form a bearing housing of a bearing element of the distribution gear, wherein the bearing element protrudes axially-parallel to the input shaft in the direction of one of the longitudinal beams, pushed by the distribution gear.
A charge air cooler or an exhaust gas cooler for an internal combustion engine, comprising a plurality of substantially parallel tubes and at least one outlet-side collector, wherein the tubes respectively end in the outlet-side collector, and wherein a gas flow flows out of the tubes into the collector and out of the collector into an outlet of the collector, wherein a structure for interaction with the gas flow is formed on the collector, wherein a condensate is transported to the outlet by means of the structure and the collector has a bottom for the condensate, wherein the structure comprises a condensate channel leading from the bottom to the outlet, the outlet-side end of which is swept by the gas flow, wherein a section of the condensate channel is formed as an internal, separate conduit, wherein a retaining element for influencing a pressure in the region of the bottom is provided directly above the bottom, wherein the retaining element is in particular formed integrally with a wall of the condensate channel, characterised in that the bottom is arranged at an end of the collector and the outlet is arranged at the opposite end of the collector.
Cooking appliance adapted for low-pressure cooking comprising a cooking body that comprises a first body that delimits a first chamber adapted to house the food to be cooked, a second body adapted to withstand vacuum conditions inside and which substantially houses the first body inside, the interior of the second body and the exterior of the first body delimiting a second chamber, the first chamber and the second chamber being subjected to the same pressure, and vacuum means adapted to cause the vacuum inside the second body, characterised in that the second body comprises a first casing, a second casing, both casings (41,42) being arranged assembled to each other and a front plate, the second body being fixed to the first body through the front plate, the first body maintaining the appearance of a cooking chamber of a conventional oven.
An acoustic attenuator device (1, 11, 21) for rail, comprising a rubber element adapted to be positioned with continuity adjoining a wall of the stem of the rail, and a holed metal sheet profile opposed to said rubber element so as to define a cavity capable of absorbing at least part of the sound energy, the device being adapted to be mounted with continuity along the two sides of the rail, both in the routes between the sleepers and at the sleepers, wherein the device further comprises brackets made of stainless steel for fixing the device on the rail and rubber thicknesses for isolating said brackets from said metal sheet profile, and additional absorption elements placed between the metal sheet profile and the rail, wherein said rubber element is made up with granules of elastomers with different granulometry and not vulcanised.
Spectacle lens for a display device that can be fitted on the head of a user and generates an image, wherein the spectacle lens comprises a front side, a rear side and an edge connecting the front and rear side (18, 15), a coupling-in section and a coupling-out section spaced apart from the coupling-in section, as well as a light guiding channel which is suitable for guiding light bundles of pixels of the generated image, which are coupled into the spectacle lens via the coupling-in section of the spectacle lens, in the spectacle lens along a first direction to the coupling-out section, by which they are coupled out of the spectacle lens, wherein the spectacle lens is constructed in several parts and comprises a first partial spectacle lens and a second partial spectacle lens connected thereto, and wherein the light guiding channel runs in the first partial spectacle lens and the two partial spectacle lenses (19, 20) are connected to each other via contact surfaces (24, 25, 26, 27) which extend from the front side to the rear side, wherein the contact surfaces (24, 25, 26, 27) extend from the edge of the spectacle lens along a predetermined length in a second direction, characterized in that the second direction runs transversely with respect to the first direction.
An apparatus for blow-molding a glass bottle by a blow mold, comprising: a pair of tubular mold bodies; a base mold for molding a bottom surface of the glass bottle; and a blow head formed at an upper portion of the mold bodies to inject molding air so that a firstly-molded glass bottle is expanded to and comes into close contact with the mold bodies and the inner wall of the base mold, characterized in that a groove molder is formed at an inner peripheral portion of the blow head such that a groove portion is formed on an inner bottom surface of a glass bottle. a pair of tubular mold bodies; a base mold for molding a bottom surface of the glass bottle; and a blow head formed at an upper portion of the mold bodies to inject molding air so that a firstly-molded glass bottle is expanded to and comes into close contact with the mold bodies and the inner wall of the base mold, characterized in that a groove molder is formed at an inner peripheral portion of the blow head such that a groove portion is formed on an inner bottom surface of a glass bottle.
A membrane air dryer comprising: a housing with an air inlet at a first end of the housing, an air outlet at a second end of the housing and a liquid and sweep air drain outlet; a membrane separator in the housing, having surfaces extending between first and second ends of the housing; a first passage in the housing connected at its respective ends to the air inlet and air outlet and extending between the first and second ends of the membrane separator along a first surface of the membrane separator; a second passage in the housing connected at one of its ends to the liquid and sweep air drain outlet and at its other end to a sweep air inlet adjacent to the air outlet at the second end of the housing, and extending between the first and second ends of the membrane separator along a second surface of the membrane separator; a valve (56, 58) connected between the second passage and the liquid and sweep air drain outlet for controlling the draining of the liquid and sweep air flow through the second passage, the liquid and sweep air drain outlet and the valve (56, 58) being adjacent to the first end of the housing; and a cover removably mounted to the first end of the housing adjacent the membrane separator to allow removal of the membrane separator from the housing, wherein the air inlet and the liquid and sweep air drain outlet are offset from the axis of the membrane separator and the cover such as not to interfere with the removal of the cover when the membrane separator is to be serviced. a housing with an air inlet at a first end of the housing, an air outlet at a second end of the housing and a liquid and sweep air drain outlet; a membrane separator in the housing, having surfaces extending between first and second ends of the housing; a first passage in the housing connected at its respective ends to the air inlet and air outlet and extending between the first and second ends of the membrane separator along a first surface of the membrane separator; a second passage in the housing connected at one of its ends to the liquid and sweep air drain outlet and at its other end to a sweep air inlet adjacent to the air outlet at the second end of the housing, and extending between the first and second ends of the membrane separator along a second surface of the membrane separator; a valve (56, 58) connected between the second passage and the liquid and sweep air drain outlet for controlling the draining of the liquid and sweep air flow through the second passage, the liquid and sweep air drain outlet and the valve (56, 58) being adjacent to the first end of the housing; and a cover removably mounted to the first end of the housing adjacent the membrane separator to allow removal of the membrane separator from the housing, wherein the air inlet and the liquid and sweep air drain outlet are offset from the axis of the membrane separator and the cover such as not to interfere with the removal of the cover when the membrane separator is to be serviced.
A method for self-calibrating of a hearing device, the hearing device comprising an ear canal microphone, an external microphone, and a receiver, the method comprising: obtaining an input signal with the external microphone; providing an output signal with the receiver; measuring the output signal using the ear canal microphone (10 characterised in that the method further comprises: predicting an output response based on a gain setting and the measured output signal of a feedback path; determining a difference between the predicted output response and the measured output signal; and calibrating the hearing device by controlling a gain parameter based on the difference, wherein the gain parameter is an insertion gain. obtaining an input signal with the external microphone; providing an output signal with the receiver; measuring the output signal using the ear canal microphone (10 characterised in that the method further comprises: predicting an output response based on a gain setting and the measured output signal of a feedback path; determining a difference between the predicted output response and the measured output signal; and calibrating the hearing device by controlling a gain parameter based on the difference, wherein the gain parameter is an insertion gain. predicting an output response based on a gain setting and the measured output signal of a feedback path; determining a difference between the predicted output response and the measured output signal; and calibrating the hearing device by controlling a gain parameter based on the difference, wherein the gain parameter is an insertion gain.
An electrosurgical device configured to apply electrical energy to cut through tissue in a region of a patient's body, said electrosurgical device having an elongate member including an electrically conductive wall for delivering electrical energy therethrough, the elongate member defining a lumen that is in fluid communication with at least one distal aperture, said electrosurgical device further comprising an energy delivery device including a proximal portion which is comprised of a metallic material in electrical communication with the electrically conductive wall of the elongate member, an electrode which is comprised of a metal for delivering the electrical energy to a tissue, and an intermediate portion which is metallic and between the proximal portion and the electrode, wherein a proximal end of the intermediate portion is proximate the proximal portion such that the intermediate portion cannot contact the elongate member; and an electrically insulative thermal shield between the electrode and the elongate member and characterized in that the electrically insulative thermal shield is cylindrical with a center bore and surrounds the intermediate portion of the energy delivery device, wherein the intermediate portion fills the center bore, and the energy delivery device further blocks a distal end portion of the lumen. an elongate member including an electrically conductive wall for delivering electrical energy therethrough, the elongate member defining a lumen that is in fluid communication with at least one distal aperture, said electrosurgical device further comprising an energy delivery device including a proximal portion which is comprised of a metallic material in electrical communication with the electrically conductive wall of the elongate member, an electrode which is comprised of a metal for delivering the electrical energy to a tissue, and an intermediate portion which is metallic and between the proximal portion and the electrode, wherein a proximal end of the intermediate portion is proximate the proximal portion such that the intermediate portion cannot contact the elongate member; and an electrically insulative thermal shield between the electrode and the elongate member and characterized in that the electrically insulative thermal shield is cylindrical with a center bore and surrounds the intermediate portion of the energy delivery device, wherein the intermediate portion fills the center bore, and the energy delivery device further blocks a distal end portion of the lumen.
An actuator comprising: - an actuating part, - a motor arranged to drive the actuating part, - a first connection and a second connection, allowing the actuator to be connected to one or more further components (3, 5, 14, 15), in such a manner that the actuator is capable of forwarding and/or receiving control signals and/or sensor signals to/from said further component(s) (3, 5, 14, 15), and - a third connection, said third connection being an analogue connection, and said third connection allowing the actuator to receive analogue inputs and/or to transmit analogue outputs, the actuator being adapted to receive a power input via the third connection, characterized in that the first connection and/or the second connection further allows the actuator to supply power to the further component(s) (3, 5, 14, 15). - an actuating part, - a motor arranged to drive the actuating part, - a first connection and a second connection, allowing the actuator to be connected to one or more further components (3, 5, 14, 15), in such a manner that the actuator is capable of forwarding and/or receiving control signals and/or sensor signals to/from said further component(s) (3, 5, 14, 15), and - a third connection, said third connection being an analogue connection, and said third connection allowing the actuator to receive analogue inputs and/or to transmit analogue outputs, the actuator being adapted to receive a power input via the third connection,
A channel baler for compressing loose material and tying the compressed material into bales, the channel baler comprising: - a press box; and - a fill in shaft arranged above the press box, reaching the press box and formed by side walls (7, 11, 12, 13), - wherein the fill in shaft is open in an upper portion and the loose material moves through the fill in shaft into the press box that has an open top and the loose material moves into a press channel, - wherein an optionally actuatable device for loosening a material bridge formed by the filled in material is arranged in a transition portion between an inner surface section of a side wall of the fill in shaft and a defining wall of the press box, characterized in that - the device is a wall plate which is pivotably arranged in the transition portion and integrally provided with an interior sliding surface of the side wall of the fill in shaft in a section of the fill in shaft that is arranged above a lateral defining wall of the press box. - a press box; and - a fill in shaft arranged above the press box, reaching the press box and formed by side walls (7, 11, 12, 13), - wherein the fill in shaft is open in an upper portion and the loose material moves through the fill in shaft into the press box that has an open top and the loose material moves into a press channel, - wherein an optionally actuatable device for loosening a material bridge formed by the filled in material is arranged in a transition portion between an inner surface section of a side wall of the fill in shaft and a defining wall of the press box, characterized in that - the device is a wall plate which is pivotably arranged in the transition portion and integrally provided with an interior sliding surface of the side wall of the fill in shaft in a section of the fill in shaft that is arranged above a lateral defining wall of the press box.
A method for producing a printed photograph on a data carrier for a security or value document from the data of a digitized photograph, comprising the following steps: a) providing a data carrier, b) printing the digitized photograph and providing a control marking on the data carrier, c) reading the printed photograph and calculating image-specific results from the printed photograph and/or calculating image-specific results from the data of the digitized photograph, the image-specific results being facial contours determined from the photograph or positions of individual, specific points of the face, clothing or jewelry of a data carrier owner or landmarks calculated from the color or brightness contrasts of the photograph or from individual areas of the photograph, d) determining the positions of the image-specific results in relation to the control marking, e) storing the image-specific results and their positions as a data code on the data carrier. a) providing a data carrier, b) printing the digitized photograph and providing a control marking on the data carrier, c) reading the printed photograph and calculating image-specific results from the printed photograph and/or calculating image-specific results from the data of the digitized photograph, the image-specific results being facial contours determined from the photograph or positions of individual, specific points of the face, clothing or jewelry of a data carrier owner or landmarks calculated from the color or brightness contrasts of the photograph or from individual areas of the photograph, d) determining the positions of the image-specific results in relation to the control marking, e) storing the image-specific results and their positions as a data code on the data carrier.