mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting control information in a multiple antenna system which can simultaneously transmit a maximum of two codewords, the method comprising: transmitting modulation and coding scheme, referred to as MCS, information, a new data indicator, referred to as NDI, and a redundancy version, referred to as RV, for information blocks transmitted through the two codewords; and transmitting additional control information including at least one of a swapping indicator and enable/disable information, the swapping indicator indicating whether or not swapping occurs between the information blocks transmitted through the two codewords, and the enable/disable information indicating whether or not any one of transmissions through the two codewords is disabled, wherein: the swapping indicator is reserved when any one of transmissions through the two codewords is disabled, and the swapping indicator is transmitted within downlink control information as one-bit explicit information, characterized in that the enable/disable information is implicitly transmitted by one or more combinations of the NDI, the RV, and the MCS information. transmitting modulation and coding scheme, referred to as MCS, information, a new data indicator, referred to as NDI, and a redundancy version, referred to as RV, for information blocks transmitted through the two codewords; and transmitting additional control information including at least one of a swapping indicator and enable/disable information, the swapping indicator indicating whether or not swapping occurs between the information blocks transmitted through the two codewords, and the enable/disable information indicating whether or not any one of transmissions through the two codewords is disabled, wherein: the swapping indicator is reserved when any one of transmissions through the two codewords is disabled, and the swapping indicator is transmitted within downlink control information as one-bit explicit information, the swapping indicator is reserved when any one of transmissions through the two codewords is disabled, and the swapping indicator is transmitted within downlink control information as one-bit explicit information, characterized in that the enable/disable information is implicitly transmitted by one or more combinations of the NDI, the RV, and the MCS information.
A device for securing a hazardous area, having at least one distance-measuring optical sensor which is designed for object detection in a planar or spatial detection area, said object monitoring being carried out within at least one predetermined protective field in order to secure the hazardous area with the optical sensor, characterised in that the object monitoring in the predetermined protective field can be deactivated by means of a control signal, and in that, depending on an object present in the hazardous area, at least one new protective field is generated, within which the optical sensor continues said object monitoring, and in that the new protective field is deactivated for a predetermined activation time, and in that, after the activation time has elapsed, the optical sensor again carries out said object monitoring within the predetermined protective field.
A pneumatic tire comprising a sidewall portion provided in its radially outer region thereof with side protectors protruding axially outwardly from the outer surface (Ba) of the radially outer region, the side protectors arranged in the tire circumferential direction at intervals so that a grooved portion is formed between every two of the circumferentially adjacent side protectors, characterized in that a length in the tire circumferential direction of said grooved portion is in a range of from 50% to 70% of a length in the tire circumferential direction of the side protector on each side of said grooved portion when the lengths are measured at the same radial position, wherein each of the grooved portions is provided with a projection having a substantially triangular shape having an apex, namely an edge, projecting axially outwardly in a tire meridian section including the grooved portion, wherein the protruding height of the projection gradually decreases to zero toward the radially inside and outside from the apex.
A computer implemented method of creating a color look-up-table for use by a printer which uses printing colorants to print an image, the method comprising: a) selecting a threshold value of printing colorant usage and a threshold value for a metric representing at least one print attribute of the image; b) accessing a predetermined color look-up-table representing a mapping of color values of a first color gamut to color values printable by the printer, the predetermined color look-up-table having nodes comprising data defining Neugebauer Primary area coverages to be used to reproduce colors to be printed for the color values; c) comparing printing colorant usage associated with the nodes to the threshold value of printing colorant usage and comparing metric values associated with the nodes to the threshold value for the metric representing at least one print attribute, and thereby determining the set of nodes of the predetermined look-up-table having an ink colorant usage and attribute value less than the threshold value; and d) creating a further look-up-table which maps the said color values of the first color gamut to the said set of nodes. a) selecting a threshold value of printing colorant usage and a threshold value for a metric representing at least one print attribute of the image; b) accessing a predetermined color look-up-table representing a mapping of color values of a first color gamut to color values printable by the printer, the predetermined color look-up-table having nodes comprising data defining Neugebauer Primary area coverages to be used to reproduce colors to be printed for the color values; c) comparing printing colorant usage associated with the nodes to the threshold value of printing colorant usage and comparing metric values associated with the nodes to the threshold value for the metric representing at least one print attribute, and thereby determining the set of nodes of the predetermined look-up-table having an ink colorant usage and attribute value less than the threshold value; and d) creating a further look-up-table which maps the said color values of the first color gamut to the said set of nodes.
A window, such as a roof window or skylight, comprising a frame, a sash, a cladding and a pane, and also comprising interface means for positioning along a circumference of the window, the interface means being adapted to be positioned on at least the sash, wherein the interface means comprise climate regulating elements that provide sound insulation and/or thermal insulation and/or moisture insulation, wherein the interface means are immediately interchangeable with other interface means, and wherein the interface means comprise a glass rim profile (45; 45') that overlaps a joint between at least one sash member and a rim of the pane, said glass rim profile (45; 45') being attached to an upper surface of the sash member, and the interface means (58; 58') is arranged between the glass rim profile (45; 45') and the upper surface of the sash member. wherein the interface means comprise climate regulating elements that provide sound insulation and/or thermal insulation and/or moisture insulation, wherein the interface means are immediately interchangeable with other interface means, and wherein the interface means comprise a glass rim profile (45; 45') that overlaps a joint between at least one sash member and a rim of the pane, said glass rim profile (45; 45') being attached to an upper surface of the sash member, and the interface means (58; 58') is arranged between the glass rim profile (45; 45') and the upper surface of the sash member.
A printing device comprising: an inkjet printhead having a row of ink ejection devices; a lift mechanism configured for raising and lowering the printhead between a maintenance position and a printing position; a conveyor tape positioned below the printhead in the printing position, said conveyor tape defining a slot aligned with the row of ink ejection devices; a tape movement mechanism for moving the tape longitudinally along the length of the printhead; and characterized by: a condensate scraper positioned for scraping condensate away from an underside of the tape, wherein the tape movement mechanism is configured to move the tape along said printhead during printing from said printhead, thereby conveying condensate accumulated on an underside of said tape away from said printhead during printing from said printhead. an inkjet printhead having a row of ink ejection devices; a lift mechanism configured for raising and lowering the printhead between a maintenance position and a printing position; a conveyor tape positioned below the printhead in the printing position, said conveyor tape defining a slot aligned with the row of ink ejection devices; a tape movement mechanism for moving the tape longitudinally along the length of the printhead;
Solid trackway particularly made of prefabricated concrete slabs or of concrete ties cast in-situ in concrete for rail-guided vehicles with a mostly continuous bedding of the rails with a rail head, a stem, and a rail foot on a concrete slab, in which case the rail is supported on an intermediate layer with its foot and is arranged in a trough-like recess of the concrete slab and with lateral guiding pieces arranged on both sides of the rail, which support and guide the rail in horizontal direction, wherein the rail is mounted to the concrete slab on discrete attachment points with a mounting means, characterized in that only an elastic intermediate layer is arranged between the rail and the concrete slab and that the guiding pieces are securely supported on the lateral trough wall of the trough-like recess and thereby precisely position the rail and guide it during operation, wherein guiding pieces of different strengths are provided for the lateral correction of the rail.
An industrial process field device, comprising: wireless process field device electronics (212, 412, 512, 612); at least one battery cell (326, 442, 552, 652) operably coupled to the wireless process field device electronics (412, 512, 612); and a circuit electrically interposed between the wireless process field device electronics (412, 512, 612) and the at least one battery cell (326, 442, 552, 652), whereby said circuit comprises a fuse and a switch adapted to decouple the at least one battery cell (326, 442, 552, 652) from the wireless process field device electronics (412, 512, 612); said circuit being configured to measure current through the fuse and to provide an output to said switch if the current exceeds a threshold; whereby said circuit further comprises a transistor configured to provide short-circuit protection to the at least one battery cell and having a first leg coupled to a first side of the fuse (Fl), a second leg coupled to an opposite side of the fuse (Fl), and a third leg coupled to said switch for measuring the current through the fuse to provide said output such as to open said switch in response to a short-circuit; and an operational amplifier configured to provide current limitation to the at least one battery cell, wherein the input thereof is coupled to opposite sides of the fuse and the output thereof is coupled to said switch such as to disengage said switch in response to slight non-fault transients. wireless process field device electronics (212, 412, 512, 612); at least one battery cell (326, 442, 552, 652) operably coupled to the wireless process field device electronics (412, 512, 612); and a circuit electrically interposed between the wireless process field device electronics (412, 512, 612) and the at least one battery cell (326, 442, 552, 652), whereby said circuit comprises a fuse and a switch adapted to decouple the at least one battery cell (326, 442, 552, 652) from the wireless process field device electronics (412, 512, 612); said circuit being configured to measure current through the fuse and to provide an output to said switch if the current exceeds a threshold; whereby said circuit further comprises a transistor configured to provide short-circuit protection to the at least one battery cell and having a first leg coupled to a first side of the fuse (Fl), a second leg coupled to an opposite side of the fuse (Fl), and a third leg coupled to said switch for measuring the current through the fuse to provide said output such as to open said switch in response to a short-circuit; and an operational amplifier configured to provide current limitation to the at least one battery cell, wherein the input thereof is coupled to opposite sides of the fuse and the output thereof is coupled to said switch such as to disengage said switch in response to slight non-fault transients.
A gasification unit for producing a product gas, said gasification unit comprising, a co-current or counterflow pyrolysis unit comprising a pyrolysis gas outlet arranged at an upper part of said pyrolysis unit and a pyrolysis gas inlet arranged at a lower part of said pyrolysis unit, a co-current or counterflow gasifier comprising a product gas outlet arranged at an upper part of said gasifier and a gasifier inlet arranged at a lower part of said gasifier, coke moving means for allowing pyrolyzed coke to move from said pyrolysis unit to said gasifier, recycling means arranged to guide at least a part of the pyrolysis gas produced in said pyrolysis unit from said pyrolysis gas outlet and back to said pyrolysis gas inlet, a heating device comprising an input conduit arranged to guide pyrolysis gas from said pyrolysis gas outlet to a combustion unit in said heating device, wherein said combustion unit is arranged to least a partially oxidize said pyrolysis gas from said pyrolysis unit, and wherein said heating device comprises an output conduit arranged to guide heating gas generated by said partial oxidization in said combustion unit to said gasifier inlet, wherein said heating device is arranged external to said pyrolysis unit and said gasifier andwherein said gasification unit further comprises heat exchange means arranged for heating at least a portion of said pyrolysis gas before it enters said pyrolysis unit through said pyrolysis gas inlet by means of at least a part of the product gas exiting said gasifier through said product gas outlet. a co-current or counterflow pyrolysis unit comprising a pyrolysis gas outlet arranged at an upper part of said pyrolysis unit and a pyrolysis gas inlet arranged at a lower part of said pyrolysis unit, a co-current or counterflow gasifier comprising a product gas outlet arranged at an upper part of said gasifier and a gasifier inlet arranged at a lower part of said gasifier, coke moving means for allowing pyrolyzed coke to move from said pyrolysis unit to said gasifier, recycling means arranged to guide at least a part of the pyrolysis gas produced in said pyrolysis unit from said pyrolysis gas outlet and back to said pyrolysis gas inlet, a heating device comprising an input conduit arranged to guide pyrolysis gas from said pyrolysis gas outlet to a combustion unit in said heating device, wherein said combustion unit is arranged to least a partially oxidize said pyrolysis gas from said pyrolysis unit, and wherein said heating device comprises an output conduit arranged to guide heating gas generated by said partial oxidization in said combustion unit to said gasifier inlet, wherein said heating device is arranged external to said pyrolysis unit and said gasifier andwherein said gasification unit further comprises heat exchange means arranged for heating at least a portion of said pyrolysis gas before it enters said pyrolysis unit through said pyrolysis gas inlet by means of at least a part of the product gas exiting said gasifier through said product gas outlet.
A driving force control system for a vehicle, which is configured to control a driving force of a vehicle by calculating an actual value of a stability factor of a running vehicle based on a detection value of a predetermined sensor, and adjusting the calculated actual value of the stability factor toward a target value of the stability factor determined depending on a travelling condition of the vehicle, characterized by: a steering judging means that judges a fact that a change rate of a steering angle of the vehicle is smaller than a predetermined reference value; a correction value calculating means that corrects the actual value of the stability factor based on a comparison between an actual value and a target value of a physical amount with respect to a turning motion of the vehicle, in case the steering judging means judges that the change rate of the steering angle is smaller than a reference value; and a driving force correcting means that corrects the driving force based on the correction value. a steering judging means that judges a fact that a change rate of a steering angle of the vehicle is smaller than a predetermined reference value; a correction value calculating means that corrects the actual value of the stability factor based on a comparison between an actual value and a target value of a physical amount with respect to a turning motion of the vehicle, in case the steering judging means judges that the change rate of the steering angle is smaller than a reference value; and a driving force correcting means that corrects the driving force based on the correction value.
A method for testing of a called terminal, comprising: a network side of an Long Term Evolution,LTE, system sending a paging message to a terminal residing in an LTE cell which is called by a Circuit Switched,CS, domain service; the terminal establishing an Radio Resource Control,RRC, connection with the network side; detecting whether the terminal has sent to the network side a message for requesting to establish the CS domain service wherein if the message has not been sent, the test is failed; the LTE network side indicating carrier frequency information of a Global System for Mobile Communications,GSM, cell to which the terminal needs to be redirected; detecting whether the terminal has sent a channel request message in the GSM cell, wherein if the message has not been sent, the test is failed; the terminal performing routing area updating in the GSM cell; and detecting whether the terminal has sent a paging response message to the GSM cell after the routing area updating is performed in the GSM cell, wherein if the message has not been sent, the test is failed; wherein a system simulator simulates the LTE cell and the GSM cell, and the terminal is connected to the system simulator by an interface of the LTE cell or the GSM cell. a network side of an Long Term Evolution,LTE, system sending a paging message to a terminal residing in an LTE cell which is called by a Circuit Switched,CS, domain service; the terminal establishing an Radio Resource Control,RRC, connection with the network side; detecting whether the terminal has sent to the network side a message for requesting to establish the CS domain service wherein if the message has not been sent, the test is failed; the LTE network side indicating carrier frequency information of a Global System for Mobile Communications,GSM, cell to which the terminal needs to be redirected; detecting whether the terminal has sent a channel request message in the GSM cell, wherein if the message has not been sent, the test is failed; the terminal performing routing area updating in the GSM cell; and detecting whether the terminal has sent a paging response message to the GSM cell after the routing area updating is performed in the GSM cell, wherein if the message has not been sent, the test is failed; wherein a system simulator simulates the LTE cell and the GSM cell, and the terminal is connected to the system simulator by an interface of the LTE cell or the GSM cell.
A method of cooling and coating an optical fiber comprising the steps of: passing an optical fiber through at least one heat exchanger, the heat exchanger comprising a passageway for passing the optical fiber through the heat exchanger, at least one inlet for passing coolant gas into said passageway, and at least one outlet for removing coolant gas from said passageway; pumping coolant gas comprising helium into said at least one inlet and out of said at least one outlet; coating at least a primary coating on the optical fiber by passing the optical fiber through at least one coating applicator; characterised by measuring the thermal conductivity of the coolant gas; and regulating the amount of coolant gas passing through said at least one inlet as a function of the thermal conductivity of the coolant gas. passing an optical fiber through at least one heat exchanger, the heat exchanger comprising a passageway for passing the optical fiber through the heat exchanger, at least one inlet for passing coolant gas into said passageway, and at least one outlet for removing coolant gas from said passageway; pumping coolant gas comprising helium into said at least one inlet and out of said at least one outlet; coating at least a primary coating on the optical fiber by passing the optical fiber through at least one coating applicator; characterised by measuring the thermal conductivity of the coolant gas; and regulating the amount of coolant gas passing through said at least one inlet as a function of the thermal conductivity of the coolant gas.
A fabric care or laundry care composition comprising: a. an α-glucan oligomer/polymer composition comprising: i. 25-35% α-(1,3) glycosidic linkages; ii. 55-75% α-(1,6) glycosidic linkages; iii. 5-15% α-(1,3,6) glycosidic linkages; wherein the % glycosidic linkages are determined by Methylation Analysis; iv. a weight average molecular weight of less than 5000 Daltons; v. a viscosity of less than 0.25 Pascal second (Pa•s) at 12 wt% in water 20°C; vi. a solubility of at least 20% (w/w) in water at 25 °C; and vii. a polydispersity index of less than 5; and b. at least one additional fabric care or laundry care ingredient. a. an α-glucan oligomer/polymer composition comprising: i. 25-35% α-(1,3) glycosidic linkages; ii. 55-75% α-(1,6) glycosidic linkages; iii. 5-15% α-(1,3,6) glycosidic linkages; wherein the % glycosidic linkages are determined by Methylation Analysis; iv. a weight average molecular weight of less than 5000 Daltons; v. a viscosity of less than 0.25 Pascal second (Pa•s) at 12 wt% in water 20°C; vi. a solubility of at least 20% (w/w) in water at 25 °C; and vii. a polydispersity index of less than 5; and i. 25-35% α-(1,3) glycosidic linkages; ii. 55-75% α-(1,6) glycosidic linkages; iii. 5-15% α-(1,3,6) glycosidic linkages; wherein the % glycosidic linkages are determined by Methylation Analysis; iv. a weight average molecular weight of less than 5000 Daltons; v. a viscosity of less than 0.25 Pascal second (Pa•s) at 12 wt% in water 20°C; vi. a solubility of at least 20% (w/w) in water at 25 °C; and vii. a polydispersity index of less than 5; and b. at least one additional fabric care or laundry care ingredient.