mhurhangee/ep-ind-claims huggingface dataset:
A method for estimating a power limit of a battery pack, wherein the method comprises: obtaining an actual minimum cell voltage of an electrical core with a minimum voltage in the battery pack; characterised by: obtaining a static discharge power limit of the battery pack; calculating, based on the actual minimum cell voltage, an estimated discharge voltage of the electrical core with the minimum voltage for use when the battery pack is discharged based on the static discharge power limit; determining whether the estimated discharge voltage falls between a discharge voltage control threshold of the electrical core with the minimum voltage and an undervoltage threshold of the electrical core with the minimum voltage, wherein the discharge voltage control threshold is greater than the undervoltage threshold; and determining a target discharge power limit of the battery pack through a discharge interpolation algorithm based on the estimated discharge voltage, the static discharge power limit, the discharge voltage control threshold, the undervoltage threshold, and a minimum power limit of an integrated vehicle when the estimated discharge voltage falls between the discharge voltage control threshold of the electrical core with the minimum voltage and the undervoltage threshold of the electrical core with the minimum voltage. obtaining a static discharge power limit of the battery pack; calculating, based on the actual minimum cell voltage, an estimated discharge voltage of the electrical core with the minimum voltage for use when the battery pack is discharged based on the static discharge power limit; determining whether the estimated discharge voltage falls between a discharge voltage control threshold of the electrical core with the minimum voltage and an undervoltage threshold of the electrical core with the minimum voltage, wherein the discharge voltage control threshold is greater than the undervoltage threshold; and determining a target discharge power limit of the battery pack through a discharge interpolation algorithm based on the estimated discharge voltage, the static discharge power limit, the discharge voltage control threshold, the undervoltage threshold, and a minimum power limit of an integrated vehicle when the estimated discharge voltage falls between the discharge voltage control threshold of the electrical core with the minimum voltage and the undervoltage threshold of the electrical core with the minimum voltage.
An overbased salt of an oligomerized alkylhydroxyaromatic compound, wherein the alkyl group of the alkylhydroxyaromatic compound is derived from an olefin mixture comprising a major amount of propylene oligomers having an initial boiling point of at least 195°C and a final boiling point of no more than 325°C as measured by ASTM D86, wherein the alkylhydroxyaromatic compound contains no more than 5 wt. % of alkylhydroxyaromatic compound in which the alkyl group is C 12 or less.
A method executed in a Broadcast Multicast Service Centre, BM-SC, for transmitting data in a broadcast session to at least one User Equipment, UE, in a radio communication system, the method comprising: - determining to transmit a data file to at least one UE; - determining a Forward Error Correction, FEC, redundancy level, indicative of the amount of FEC redundancy to be applied for said data file transmission; - transmitting said data file and the FEC redundancy level to said UE(s) - receiving, from at least one of said at least one UE, information indicating failure by the at least one UE to correctly decode a packet of the transmitted data file when applying the FEC redundancy level, and a packet loss rate, indicative of the failed decoding and - determining (610, 615, 620, 625, 630) based on the received information, at least one action, to be initiated for handling subsequent packet(s) of said data file. - determining to transmit a data file to at least one UE; - determining a Forward Error Correction, FEC, redundancy level, indicative of the amount of FEC redundancy to be applied for said data file transmission; - transmitting said data file and the FEC redundancy level to said UE(s) - receiving, from at least one of said at least one UE, information indicating failure by the at least one UE to correctly decode a packet of the transmitted data file when applying the FEC redundancy level, and a packet loss rate, indicative of the failed decoding and - determining (610, 615, 620, 625, 630) based on the received information, at least one action, to be initiated for handling subsequent packet(s) of said data file. - transmitting said data file and the FEC redundancy level to said UE(s) - receiving, from at least one of said at least one UE, information indicating failure by the at least one UE to correctly decode a packet of the transmitted data file when applying the FEC redundancy level, and a packet loss rate, indicative of the failed decoding and - determining (610, 615, 620, 625, 630) based on the received information, at least one action, to be initiated for handling subsequent packet(s) of said data file.
A method of processing backwash water by use of a membrane separation process comprising the following steps: a. providing a backwash water generated after a raw water is filtered through a first ultrafiltration membrane, or a first microfiltration membrane and backwashed to remove accumulated solids from the ultrafiltration membrane, or the microfiltration membrane surface, b. collecting said backwash water in a receptacle suitable to hold said backwash water; c. treating said backwash water with one or more water soluble polymers, wherein said water soluble polymers are selected from the group consisting of cationic polymers having a charge density from 5 mole percent to 100 mole percent; d. optionally mixing said water soluble polymers with said backwash water; e. passing said treated backwash water through a second ultrafiltration membrane or a second microfitration membrane; and f. optionally back-flushing said membrane of step e. to remove solids from the membrane surface, wherein the cationic polymers are copolymers of acrylamide and one or more cationic monomers selected from the group consisting of: diallyldimethylammonium chloride, dimethylaminoethylacrylate methyl chloride quaternary salt, dimethylaminoethylmethacrylate methyl chloride quaternary salt and dimethylaminoethylacrylate benzyl chloride quaternary salt, and wherein the dosage of cationic polymers is from 0.1 ppm to 1000 ppm active solids. a. providing a backwash water generated after a raw water is filtered through a first ultrafiltration membrane, or a first microfiltration membrane and backwashed to remove accumulated solids from the ultrafiltration membrane, or the microfiltration membrane surface, b. collecting said backwash water in a receptacle suitable to hold said backwash water; c. treating said backwash water with one or more water soluble polymers, wherein said water soluble polymers are selected from the group consisting of cationic polymers having a charge density from 5 mole percent to 100 mole percent; d. optionally mixing said water soluble polymers with said backwash water; e. passing said treated backwash water through a second ultrafiltration membrane or a second microfitration membrane; and f. optionally back-flushing said membrane of step e. to remove solids from the membrane surface, diallyldimethylammonium chloride, dimethylaminoethylacrylate methyl chloride quaternary salt, dimethylaminoethylmethacrylate methyl chloride quaternary salt and dimethylaminoethylacrylate benzyl chloride quaternary salt, and wherein the dosage of cationic polymers is from 0.1 ppm to 1000 ppm active solids.
A remote work support system comprising: a wearable device that is to be worn by a site worker, includes an image capturing unit, a voice input unit, and a voice output unit, a communication unit, connected to a network via a first communication line for transmitting an image captured by the image capturing unit, and to transmit and receive voice, the wearable device having no image displays; a mobile terminal that is to be carried by the site worker separately from the wearable device and includes an image reception unit, connected to the network via a second communication line, different from the first communication line the image reception unit being configured to receive an image, and a display unit configured to display the received image; and a support operator terminal that is to be used by a support operator who remotely supports the site worker, includes a voice input unit, a voice output unit, and a display unit, the support operator terminal being configured to transmit and receive voice to and from the wearable device and to receive an image from the wearable device via the first communication line, and to transmit an image to the mobile terminal via the second communication line. a wearable device that is to be worn by a site worker, includes an image capturing unit, a voice input unit, and a voice output unit, a communication unit, connected to a network via a first communication line for transmitting an image captured by the image capturing unit, and to transmit and receive voice, the wearable device having no image displays; a mobile terminal that is to be carried by the site worker separately from the wearable device and includes an image reception unit, connected to the network via a second communication line, different from the first communication line the image reception unit being configured to receive an image, and a display unit configured to display the received image; and a support operator terminal that is to be used by a support operator who remotely supports the site worker, includes a voice input unit, a voice output unit, and a display unit, the support operator terminal being configured to transmit and receive voice to and from the wearable device and to receive an image from the wearable device via the first communication line, and to transmit an image to the mobile terminal via the second communication line.
A lubricating oil composition comprising: (a) a lubricating oil base oil the kinematic viscosity of which at 100°C is in the range of from 1.4 to 6 mm 2 /s, (b) from 250 to 2000 ppm in terms of molybdenum of a molybdenum dialkyldithiocarbamate as expressed by the undermentioned Formula, wherein in Formula, R 1 to R 4 denote alkyl groups, and X 1 to X 4 denote oxygen atoms or sulphur atoms, (c) 20 to 500 ppm in terms of sulphur of tetrabenzyl thiuram disulphide as expressed by the undermentioned Formula and (d) 0.05 to 3.0 mass% of an amine as expressed by the undermentioned Formula or Formula. wherein in Formula, R 5 to R 7 denote, each independently, hydrogen or an "alkyl group, aryl group or alkylaryl group" having from 1 to 23 carbon atoms, wherein in Formula, R 8 and R 9 denote, each independently, hydrogen or an "alkyl group, aryl group or alkylaryl group" having from 1 to 23 carbon atoms. (a) a lubricating oil base oil the kinematic viscosity of which at 100°C is in the range of from 1.4 to 6 mm 2 /s, (b) from 250 to 2000 ppm in terms of molybdenum of a molybdenum dialkyldithiocarbamate as expressed by the undermentioned Formula, wherein in Formula, R 1 to R 4 denote alkyl groups, and X 1 to X 4 denote oxygen atoms or sulphur atoms, (c) 20 to 500 ppm in terms of sulphur of tetrabenzyl thiuram disulphide as expressed by the undermentioned Formula and (d) 0.05 to 3.0 mass% of an amine as expressed by the undermentioned Formula or Formula. wherein in Formula, R 5 to R 7 denote, each independently, hydrogen or an "alkyl group, aryl group or alkylaryl group" having from 1 to 23 carbon atoms, wherein in Formula, R 8 and R 9 denote, each independently, hydrogen or an "alkyl group, aryl group or alkylaryl group" having from 1 to 23 carbon atoms.
A conductivity measurement test strip having a body, a sample cell and a reference cell, and at least two electrodes (240, 245) arranged in the sample cell and the reference cell, characterised in that the sample cell and the reference cell are separated by a coincident membrane.
A method of manufacturing a terminal assembly for an electrical device, comprising: providing a die defining a mould cavity; providing a first terminal defining a first terminal axis and having a first support portion extending away from the first terminal axis; providing a second terminal defining a second terminal axis and having a second support portion extending away from the second terminal axis; arranging the first terminal in a first vertical position by supporting the first support portion on the die; characterized by arranging the second terminal in a second vertical position above the first vertical position by supporting the second support portion on the die. providing a die defining a mould cavity; providing a first terminal defining a first terminal axis and having a first support portion extending away from the first terminal axis; providing a second terminal defining a second terminal axis and having a second support portion extending away from the second terminal axis; arranging the first terminal in a first vertical position by supporting the first support portion on the die; characterized by arranging the second terminal in a second vertical position above the first vertical position by supporting the second support portion on the die.
A method for generating an imprint using a printing device working according to a dot matrix principle, especially an inkjet principle, wherein - a dot pattern is set for the imprint, which comprises a first area and a second area which is different from the first area, and - image points in accordance with the predetermined dot pattern are generated on a substrate with the printing device (102.2), wherein - for at least one first image point a first probability is set with which the first image point is generated, - in a first decision step (103.11) under usage of a first random generator and the first probability it is determined, if the first image point is generated, and - depending on the result of the first decision step (103.11) the first image point is generated in a subsequent printing step (103.13), characterized in that, - depending on the position of the first image point in the first area or the second area of the dot pattern a different value is set for the first probability. - a dot pattern is set for the imprint, which comprises a first area and a second area which is different from the first area, and - image points in accordance with the predetermined dot pattern are generated on a substrate with the printing device (102.2), wherein - for at least one first image point a first probability is set with which the first image point is generated, - in a first decision step (103.11) under usage of a first random generator and the first probability it is determined, if the first image point is generated, and - depending on the result of the first decision step (103.11) the first image point is generated in a subsequent printing step (103.13), - depending on the position of the first image point in the first area or the second area of the dot pattern a different value is set for the first probability.
A plasma source chamber adapted for use in a spectrometer, the plasma source chamber comprising: - an inner housing, and - an outer housing accommodating the inner housing, wherein the outer housing comprises at least one outer air inlet opening in a first wall of the outer housing and at least one outer air outlet opening in a second wall of the outer housing, wherein walls of the inner housing and walls of the outer housing define a spacing so as to allow a first air flow from the at least one outer air inlet opening to the at least one outer air outlet opening through the spacing between the inner housing and the outer housing, thus cooling the outer housing with air that does not pass through the inner housing, wherein the inner housing comprises at least one inner air inlet opening in a first wall of the inner housing and at least one inner air outlet opening in a second wall of the inner housing to allow a second air flow from the at least one inner air inlet opening to the at least one inner air outlet opening through the inner housing, characterized in that the inner housing is adapted for accommodating a plasma source, and in that further openings (34, 35, 35A, 37A, 37B) are provided in the walls of both the inner housing and the outer housing, which further openings are adapted to accommodate the plasma source and at least one periscopic viewing element. - an inner housing, and - an outer housing accommodating the inner housing, wherein the outer housing comprises at least one outer air inlet opening in a first wall of the outer housing and at least one outer air outlet opening in a second wall of the outer housing, wherein walls of the inner housing and walls of the outer housing define a spacing so as to allow a first air flow from the at least one outer air inlet opening to the at least one outer air outlet opening through the spacing between the inner housing and the outer housing, thus cooling the outer housing with air that does not pass through the inner housing, wherein the inner housing comprises at least one inner air inlet opening in a first wall of the inner housing and at least one inner air outlet opening in a second wall of the inner housing to allow a second air flow from the at least one inner air inlet opening to the at least one inner air outlet opening through the inner housing, characterized in that the inner housing is adapted for accommodating a plasma source, and in that further openings (34, 35, 35A, 37A, 37B) are provided in the walls of both the inner housing and the outer housing, which further openings are adapted to accommodate the plasma source and at least one periscopic viewing element.
Winding arrangement having partial windings, wherein each turn of a first partial winding of the partial windings is uniquely associated with a turn of a second partial winding of the partial windings, wherein the partial windings are in each case flat windings extending in one plane, wherein the winding wire end regions of the partial windings are led out, wherein the partial windings are electrically connected in parallel with one another, wherein enclosed between each turn of the first partial winding and the following turn of the first partial winding is an intermediate area, the area value of which is equal to the area value of the intermediate area enclosed between the two respectively associated turns of the second partial winding, wherein in each case the area value of the area enclosed by a turn of the first partial winding is equal to the area value of the area enclosed by the respective uniquely associated turn of the second partial winding, wherein each turn of the first partial winding has a number of crossovers with the associated turn of the second partial winding.
Direct printing machine for printing on containers such as bottles, comprising a carousel with a plurality of printing stations which can receive and print on a container, wherein an ink supply system comprising at least one ink tank and at least one supply line which can supply ink from the ink tank to at least one of the printing stations is arranged on the direct printing machine to co-rotate with the carousel, wherein the machine is designed without an ink rotary distributor, characterized in that a stationary tank is provided with a port which can only be connected to the direct printing machine at a standstill of the direct printing machine, wherein the stationary tank can be connected to the ink tank via a refill port (520, 530) which is connected to the ink tank and is arranged on the circumference of the carousel.
A wireless communication device comprising: detection means for detecting a user's operation for setting communication parameters for a communication mode for communication via an access point; characterized by connection means for connecting wirelessly with another device; timer means for measuring a time period elapsed from detection of the user's operation by the detection means(52403, S602, S702, S802, S902); reception means for receiving, from the other device, said communication parameters responsive to detection of the user's operation by the detection means and responsive to a connection by said connection means with the other device before the time period measured by said timer means becomes a predetermined time period; disconnection means for disconnecting with the other device, and setting means for setting the communication mode for communication via an access point, according to the communication parameters received by said reception means. detection means for detecting a user's operation for setting communication parameters for a communication mode for communication via an access point;
Method for displaying information, in which - a subset of a list comprising a multiplicity of list entries (G22, G23, G24) is displayed on a display surface, and - the displayed subset of the list is changed by means of a first operation by a user, - the list entries in the list being run through in succession by means of the first operation, - a plurality of list entries being skipped by means of a second operation in order to arrive at a list entry which is not included in the displayed subset of list entries (G22, G23, G24) which were displayed when performing the second operation, - the first and second operations comprising a movement on a touch-sensitive surface of an input device which is formed on the display surface, and - the first operation comprising a movement in a first direction and the second operation comprising a movement in a second direction (A, B), the first direction differing from the second direction (A, B), characterized - in that the second operation is a movement (A, B) which starts with touching of the touch-sensitive surface at a position at which a list entry in the subset is displayed. - a subset of a list comprising a multiplicity of list entries (G22, G23, G24) is displayed on a display surface, and - the displayed subset of the list is changed by means of a first operation by a user, - the list entries in the list being run through in succession by means of the first operation, - a plurality of list entries being skipped by means of a second operation in order to arrive at a list entry which is not included in the displayed subset of list entries (G22, G23, G24) which were displayed when performing the second operation, - the first and second operations comprising a movement on a touch-sensitive surface of an input device which is formed on the display surface, - the first operation comprising a movement in a first direction and the second operation comprising a movement in a second direction (A, B), the first direction differing from the second direction (A, B), characterized - in that the second operation is a movement (A, B) which starts with touching of the touch-sensitive surface at a position at which a list entry in the subset is displayed.
A medical device for controlling dispersion of a cryogenic fluid, the medical device comprising an outer tube defining a lumen; an injection tube disposed within the lumen having a proximal end and a distal end, wherein the distal end is bifurcated having a first end and a second end (128a, 128b); at least one orifice disposed on each of the first end and the second end (128a, 128b) of the injection tube distal end; and characterized in that the orientation of the orifices is selectively-controllable to change an angle of dispersion of fluid from the orifice; and further comprising a steering element coupled to the outer tube and in contact with the first end and the second end (128a, 128b), wherein longitudinal movement of the injection tube relative to the steering element controls an angle between the first and second ends (128a, 128b) to vary an angle of ends dispersion from the at least one orifice disposed on each of the first and second ends (128a, 128b).