mhurhangee/ep-ind-claims huggingface dataset:
A method of producing methyl tertiary-butyl ether, comprising: selectively hydrogenating a crude C4 stream to remove acetylinic impurities contained therein; distilling the hydrogenated crude C4 stream to remove butadiene impurities contained in the hydrogenated crude C4 stream, forming a distillate stream and a bottoms stream; exposing the distillate to a separation unit comprising a solid adsorbent to produce a first product stream comprising 1-butene and a second product stream comprising isobutene; reacting the second product stream with a methanol stream to produce methyl tertiary-butyl ether. selectively hydrogenating a crude C4 stream to remove acetylinic impurities contained therein; distilling the hydrogenated crude C4 stream to remove butadiene impurities contained in the hydrogenated crude C4 stream, forming a distillate stream and a bottoms stream; exposing the distillate to a separation unit comprising a solid adsorbent to produce a first product stream comprising 1-butene and a second product stream comprising isobutene; reacting the second product stream with a methanol stream to produce methyl tertiary-butyl ether.
A biocompatible medical product comprising at least 1%, preferably at least 25% by weight of dry matter of a covalently cross-linked polymer that is obtained by reacting a nucleophilically activated polyoxazoline (NU-POX) with an electrophilic cross-linking agent other than an electrophilically activated polyoxazoline, said NU-POX comprising m nucleophilic groups; and said electrophilic cross-linking agent comprising n electrophilic groups, wherein the m nucleophilic groups are capable of reaction with the n electrophilic groups to form covalent bonds; wherein m≥2, n≥2 and m+n ≥5; and wherein the NU-POX comprises at least 30 oxazoline units in case the electrophilic cross-linking agent is an isocyanate.
Method for controlling a graphical user interface, in which - a menu is defined in which a function is associated with each of a plurality of objects in the menu and a submenu is associated with at least some of the objects, - various display contents can be displayed on a display area, - a global input gesture is in each case associated with at least some of the objects, wherein the global input gesture is an input gesture that is interpreted in the same way for all the menus, that is always used for the same function independently of what display content is currently displayed and that can be carried out on a touch-sensitive surface of an input apparatus, - a global input gesture which is carried out on the touch-sensitive surface is detected, and - a function which is associated with the object which is associated with the detected input gesture is carried out independently of the display content being shown on the display area at that time, characterized - in that before carrying out the global input gesture, a separate input is carried out which indicates that the next input will be a global input gesture, wherein the global input gesture must be carried out within a time interval after the separate input. - a menu is defined in which a function is associated with each of a plurality of objects in the menu and a submenu is associated with at least some of the objects, - various display contents can be displayed on a display area, - a global input gesture is in each case associated with at least some of the objects, wherein the global input gesture is an input gesture that is interpreted in the same way for all the menus, that is always used for the same function independently of what display content is currently displayed and that can be carried out on a touch-sensitive surface of an input apparatus, - a global input gesture which is carried out on the touch-sensitive surface is detected, and - a function which is associated with the object which is associated with the detected input gesture is carried out independently of the display content being shown on the display area at that time, characterized - in that before carrying out the global input gesture, a separate input is carried out which indicates that the next input will be a global input gesture, wherein the global input gesture must be carried out within a time interval after the separate input.
A method for determining a switching status of an impedance sensor comprising - a measuring probe, which can be influenced in its capacity by a medium surrounding the measuring probe, - a measuring oscillator circuit, in which the measuring probe is arranged as a capacity-determining element, - an electronic unit with a signal generator to excite the measuring oscillator circuit and a signal detector to determine a response signal of the measuring oscillator circuit, and - an evaluation and control unit connected to the electronic unit with the following steps: - addressing the signal generator with an input signal, - determining the response signal of the measuring oscillator circuit, - issuing a switching status based on the output value, characterized in that the steps: - determining a plurality of amplitude minima of the frequency response, - in the event that precisely one minimum is determined, issuing the minimum as the output value, - in the event that more than one minimum is detected, sequentially addressing the signal generator with a plurality of input signals, - determining the response signals of the measuring oscillator circuit, and - forming an average from the response signals - determining and issuing the minimum of the average as the output value. - a measuring probe, which can be influenced in its capacity by a medium surrounding the measuring probe, - a measuring oscillator circuit, in which the measuring probe is arranged as a capacity-determining element, - an electronic unit with a signal generator to excite the measuring oscillator circuit and a signal detector to determine a response signal of the measuring oscillator circuit, and - an evaluation and control unit connected to the electronic unit with the following steps: - addressing the signal generator with an input signal, - determining the response signal of the measuring oscillator circuit, - issuing a switching status based on the output value, - determining a plurality of amplitude minima of the frequency response, - in the event that precisely one minimum is determined, issuing the minimum as the output value, - in the event that more than one minimum is detected, sequentially addressing the signal generator with a plurality of input signals, - determining the response signals of the measuring oscillator circuit, and - forming an average from the response signals - determining and issuing the minimum of the average as the output value.
A device for DSL-LTE/HSPA-coupling for separated devices, characterized in that the device comprises a device for wired communication, which is provided as a DSL-router/modem, as well as a device for wireless communication, which is provided as an LTE- and/or HSPA mobile device, that the device for the wired communication and the device for the wireless communication are spatially separated from each other and that each the device for the wired communication as well as the device for the wireless communication comprise an interface for wireless coupling with each other, which is provided as a wireless USB-interface and/or as a Bluetooth-interface and/or as an interface to a WLAN-network, such that between the devices (14, 16) a wireless communication for the exchange of signals for the connection of LTE- and/or HSPA-services to the device is realized.
A method comprising: receiving, by a computing device of a first vehicle of a plurality of vehicles (442b, 442c), a lane change request from a requesting vehicle, the requesting vehicle requesting to change its lane of travel to a different lane of travel occupied by the plurality of vehicles (442b, 442c); the method further characterised by negotiating among the plurality of vehicles (442b, 442c) to determine a responding vehicle of the plurality of vehicles (442b, 442c) which will coordinate the change of the requesting vehicle to the different lane of travel occupied by the plurality of vehicles (442b, 442c); coordinating, by the responding vehicle the plurality of vehicles (442b, 442c) to establish a space to accommodate the requesting vehicle in the different lane of travel; and transmitting, by the responding vehicle, a lane change response to the requesting vehicle. receiving, by a computing device of a first vehicle of a plurality of vehicles (442b, 442c), a lane change request from a requesting vehicle, the requesting vehicle requesting to change its lane of travel to a different lane of travel occupied by the plurality of vehicles (442b, 442c); the method further characterised by negotiating among the plurality of vehicles (442b, 442c) to determine a responding vehicle of the plurality of vehicles (442b, 442c) which will coordinate the change of the requesting vehicle to the different lane of travel occupied by the plurality of vehicles (442b, 442c); coordinating, by the responding vehicle the plurality of vehicles (442b, 442c) to establish a space to accommodate the requesting vehicle in the different lane of travel; and transmitting, by the responding vehicle, a lane change response to the requesting vehicle.
A folding table, including: a table top having a top surface and a bottom surface; two opposing legs at or adjacent respective opposing ends of the table top; the legs being movable between an unfolded position for supporting the table top above a floor surface, and a folded position whereby the legs lie underneath the bottom surface; at least one roller device located towards an end of the table top; wherein the underside of the table top at one or both ends has cut out portions, the upper ends of the respective leg or legs have cut out portions, the cut out portions on the table top and the legs do not extend the full depth of the table top such they are not visible from the sides or ends, the cut out portion at one end and a cut out portion at a respective leg correspond to form a pocket on the inside of the corner when in the unfolded position; wherein the pocket is sized to receive the at least one roller device, whereby in the unfolded position the roller device is concealed behind the table top and leg, and in the folded position the roller is exposed to the end of the table top to allow rolling of the table in a tilted orientation along a floor surface. a table top having a top surface and a bottom surface; two opposing legs at or adjacent respective opposing ends of the table top; the legs being movable between an unfolded position for supporting the table top above a floor surface, and a folded position whereby the legs lie underneath the bottom surface; at least one roller device located towards an end of the table top; wherein the underside of the table top at one or both ends has cut out portions, the upper ends of the respective leg or legs have cut out portions, the cut out portions on the table top and the legs do not extend the full depth of the table top such they are not visible from the sides or ends, the cut out portion at one end and a cut out portion at a respective leg correspond to form a pocket on the inside of the corner when in the unfolded position; wherein the pocket is sized to receive the at least one roller device, whereby in the unfolded position the roller device is concealed behind the table top and leg, and in the folded position the roller is exposed to the end of the table top to allow rolling of the table in a tilted orientation along a floor surface.
An indoor unit of an air conditioner, comprising: a casing defining a receiving cavity therein, the receiving cavity having an air inlet and an air outlet formed in a bottom of the receiving cavity and spaced apart from each other; a heat exchanger disposed in the receiving cavity and adjacent to the air inlet so as to perform heat exchanging with an air flow entering the receiving cavity via the air inlet; a fan disposed in the receiving cavity; and a panel disposed on a bottom of the casing and movable between a close position and an open position, wherein in the close position, the panel closes both the air inlet and the air outlet, wherein in the open position, the panel opens both the air inlet and the air outlet, and at least partially separates air entering via the air inlet from air exiting via the air outlet; wherein the indoor unit is characterized in that in the open position, a first end of the panel abuts against a spacing portion between the air inlet and the air outlet, a second end of the panel is inclined downwards, and an angle α between a plane in which the panel lies and a horizontal plane in which a bottom surface of the casing lies ranges from 15° to 150°. a casing defining a receiving cavity therein, the receiving cavity having an air inlet and an air outlet formed in a bottom of the receiving cavity and spaced apart from each other; a heat exchanger disposed in the receiving cavity and adjacent to the air inlet so as to perform heat exchanging with an air flow entering the receiving cavity via the air inlet; a fan disposed in the receiving cavity; and a panel disposed on a bottom of the casing and movable between a close position and an open position, wherein in the close position, the panel closes both the air inlet and the air outlet, wherein in the open position, the panel opens both the air inlet and the air outlet, and at least partially separates air entering via the air inlet from air exiting via the air outlet; wherein the indoor unit is characterized in that in the open position, a first end of the panel abuts against a spacing portion between the air inlet and the air outlet, a second end of the panel is inclined downwards, and an angle α between a plane in which the panel lies and a horizontal plane in which a bottom surface of the casing lies ranges from 15° to 150°.
A computer-implemented method for producing a protocol comprising: i. accepting a time-series of values representative of parameters of a plurality of body locations on a plurality of individuals while those individuals perform a plurality of motion tasks; ii. analyzing those values with a data mining computer program running on a computer system to effectively assign at least a portion of the plurality of individuals into one of at least two groups based upon that analyzing of the time-series values, each group being composed of individuals having a common physical attribute; iii. identifying one or more subsets of the parameters, and of the associated body locations, and of the associated motion tasks, respectively, that collectively possess effective statistical power to assign an individual to their proper group; and iv. identifying rules, that when applied to the subset of the parameters, and of the associated body locations, and of the associated motion tasks properly assigns an individual to their proper group. i. accepting a time-series of values representative of parameters of a plurality of body locations on a plurality of individuals while those individuals perform a plurality of motion tasks; ii. analyzing those values with a data mining computer program running on a computer system to effectively assign at least a portion of the plurality of individuals into one of at least two groups based upon that analyzing of the time-series values, each group being composed of individuals having a common physical attribute; iii. identifying one or more subsets of the parameters, and of the associated body locations, and of the associated motion tasks, respectively, that collectively possess effective statistical power to assign an individual to their proper group; and iv. identifying rules, that when applied to the subset of the parameters, and of the associated body locations, and of the associated motion tasks properly assigns an individual to their proper group.
Method of operating a user equipment in a radio access network, the method comprising transmitting Hybrid Automatic Repeat Request, HARQ, acknowledgment signaling based on a codebook, the codebook associating a bit pattern comprising a plurality of subpatterns with the acknowledgment signaling; wherein each subpattern represents acknowledgment information having a reporting type, the reporting type indicating a subpattern size and a data block structure the subpattern pertains to, the subpattern size being 1 or more bits; a first reporting type corresponding to a first data block structure representing a transport block and a second reporting type corresponding to a second data block structure representing one or more code block groups of a transport block; at least one of the subpatterns having the first reporting type and at least one of the subpatterns having the second reporting type; wherein the codebook groups subpatterns based on their reporting type; and wherein grouping comprises grouping subpatterns having the first reporting type into a first group and grouping subpatterns having the second reporting type into a second group, the groups being arranged sequentially in the bit pattern. wherein each subpattern represents acknowledgment information having a reporting type, the reporting type indicating a subpattern size and a data block structure the subpattern pertains to, the subpattern size being 1 or more bits; a first reporting type corresponding to a first data block structure representing a transport block and a second reporting type corresponding to a second data block structure representing one or more code block groups of a transport block; at least one of the subpatterns having the first reporting type and at least one of the subpatterns having the second reporting type; wherein the codebook groups subpatterns based on their reporting type; and wherein grouping comprises grouping subpatterns having the first reporting type into a first group and grouping subpatterns having the second reporting type into a second group, the groups being arranged sequentially in the bit pattern.
A data transmission method, wherein the method comprises: when a first device transmits at least one transport block, TB, for the first time, sending, by the first device, first control information to a second device, wherein the first control information comprises a modulation and coding scheme, MCS, field, and the MCS field comprises information about a modulation scheme used when the TB is sent and information about a transport block size, TBS; and when the first device retransmits the TB, sending, by the first device, second control information to the second device, wherein the second control information comprises a first field but does not comprise the MCS field and the information about the TBS, and wherein a length of the first field is the same as a length of the MCS field and a start location of the first field in the second control information is the same as a start location of the MCS field in the first control information, wherein a length of the second control information is less than or equal to a length of the first control information, wherein a modulation order and a code block group, CBG, index are jointly encoded in the first field, wherein the CBG index indicates a relationship between retransmitted data and the TB, and wherein the relationship between the retransmitted data and the TB comprises: the retransmitted data is at least one code block, CB, group in the TB, and the CB group comprises at least one CB. when a first device transmits at least one transport block, TB, for the first time, sending, by the first device, first control information to a second device, wherein the first control information comprises a modulation and coding scheme, MCS, field, and the MCS field comprises information about a modulation scheme used when the TB is sent and information about a transport block size, TBS; and when the first device retransmits the TB, sending, by the first device, second control information to the second device, wherein the second control information comprises a first field but does not comprise the MCS field and the information about the TBS, and wherein a length of the first field is the same as a length of the MCS field and a start location of the first field in the second control information is the same as a start location of the MCS field in the first control information, wherein a length of the second control information is less than or equal to a length of the first control information, wherein a modulation order and a code block group, CBG, index are jointly encoded in the first field, wherein the CBG index indicates a relationship between retransmitted data and the TB, and wherein the relationship between the retransmitted data and the TB comprises: the retransmitted data is at least one code block, CB, group in the TB, and the CB group comprises at least one CB.
A lubricant deterioration detection device (10, 100) comprising a gas sensor configured to detect a carbonyl compound, wherein the carbonyl compound is at least one of formaldehyde, acetaldehyde, propanal, butanal, pentanal, n-hexanal, n-heptanal, formic acid, and acetic acid, characterized in that the lubricant deterioration detection device (10, 100) further comprises an oil removal portion between the gas sensor and the gas inlet portion that is adapted to remove an oil mist generated from the lubricant.
An immuno-modulating composition for use in the orally-administered treatment and/or prophylaxis of a Metabolic Syndrome disorder comprising as an active ingredient bovine colostrum and a bovine colostrum immunoglobulin preparation comprising anti-insulin antibodies, wherein the bovine colostrum immunoglobulin preparation is obtained from a bovine immunized with insulin and modulates regulatory T cells, thereby activating or inhibiting an immune response specifically directed toward said disorder.