mhurhangee/patent-ind-claim-en huggingface dataset:
An array of wet wipe packages comprising: a) a first package comprising a first wet wipe, wherein the first wet wipe comprises a first nonwoven material and a first lotion, wherein the first nonwoven material comprises from 14.5% to 45% cotton by weight of the first nonwoven material, wherein the first lotion comprises from 98.5% to 99.5% water by weight of the first lotion, wherein the first lotion is devoid of fragrance and/or perfume, and wherein the first wet wipe has an Equivalence Value from 30 to 95, wherein a mass of base solution required to bring a specified mass of the first lotion to a characteristic equivalence point is measured and expressed as a ratio of mass of added base to initial mass of lotion, and this dimensionless ratio, multiplied by 100, is expressed as the Equivalence Value; and b) a second package comprising a second wet wipe, wherein the second wet wipe comprises a second nonwoven material and a second lotion, wherein the second lotion is different than the first lotion; wherein the first package and the second package are separate from each other such that the first package is displayed on a store shelf separate from the second package in a way that the first package and the second package are visible to a consumer during the consumer's purchasing decision process; wherein the first package and the second package are designed to be sold individually; and wherein the first package and the second package each comprise a common brand name. a) a first package comprising a first wet wipe, wherein the first wet wipe comprises a first nonwoven material and a first lotion, wherein the first nonwoven material comprises from 14.5% to 45% cotton by weight of the first nonwoven material, wherein the first lotion comprises from 98.5% to 99.5% water by weight of the first lotion, wherein the first lotion is devoid of fragrance and/or perfume, and wherein the first wet wipe has an Equivalence Value from 30 to 95, wherein a mass of base solution required to bring a specified mass of the first lotion to a characteristic equivalence point is measured and expressed as a ratio of mass of added base to initial mass of lotion, and this dimensionless ratio, multiplied by 100, is expressed as the Equivalence Value; and b) a second package comprising a second wet wipe, wherein the second wet wipe comprises a second nonwoven material and a second lotion, wherein the second lotion is different than the first lotion; wherein the first package and the second package are designed to be sold individually; and wherein the first package and the second package each comprise a common brand name.
A solar cell module comprising: a plurality of solar cells that each include a photoelectric conversion body and an electrode formed on a surface of the photoelectric conversion body ; a plurality of wiring materials , each of which electrically connects two adjacent solar cells of the plurality of solar cells with each other; and a resin adhesive that bonds the solar cells and the wiring materials together, wherein, for each of the solar cells : a portion of one of the wiring materials is in direct contact with the electrode ; and the electrode has corrugation in a surface, characterized in that : the corrugation of the electrode is deformed in a first region (R1) of the electrode that is in direct contact with the wiring material , the corrugation being deformed in accordance with the shape of a surface of the wiring material that is in direct contact with the electrode , such that a maximum height (h1) of the corrugation in the first region (R1) of the electrode that is in direct contact with the wiring material is lower than a maximum height (h2) of the corrugation in a second region (R2) of the electrode that is not in direct contact with the wiring material . a plurality of solar cells that each include a photoelectric conversion body and an electrode formed on a surface of the photoelectric conversion body ; a plurality of wiring materials , each of which electrically connects two adjacent solar cells of the plurality of solar cells with each other; and a resin adhesive that bonds the solar cells and the wiring materials together, wherein, for each of the solar cells : a portion of one of the wiring materials is in direct contact with the electrode ; and the electrode has corrugation in a surface, characterized in that : the corrugation of the electrode is deformed in a first region (R1) of the electrode that is in direct contact with the wiring material , the corrugation being deformed in accordance with the shape of a surface of the wiring material that is in direct contact with the electrode , such that a maximum height (h1) of the corrugation in the first region (R1) of the electrode that is in direct contact with the wiring material is lower than a maximum height (h2) of the corrugation in a second region (R2) of the electrode that is not in direct contact with the wiring material . a portion of one of the wiring materials is in direct contact with the electrode ; and the electrode has corrugation in a surface, characterized in that : the corrugation of the electrode is deformed in a first region (R1) of the electrode that is in direct contact with the wiring material , the corrugation being deformed in accordance with the shape of a surface of the wiring material that is in direct contact with the electrode , such that a maximum height (h1) of the corrugation in the first region (R1) of the electrode that is in direct contact with the wiring material is lower than a maximum height (h2) of the corrugation in a second region (R2) of the electrode that is not in direct contact with the wiring material .
Method for operating a built-on compactor which can be coupled to a carrier vehicle , in particular an excavator, with an oscillating compactor plate , characterized in that at least one variable (D 1 , D 2 , D 3 ) which characterizes a distribution of the static force, which acts between the compactor plate and a surface location of a soil , is detected with at least two sensors , and that an action is initiated based on the detected variable (D 1 , D 2 , D 3 ), the method comprising the following steps: a. detecting static forces (F 1 , F 2 , F 3 ) by means of the sensors ; b. determining the variable characterizing the static force distribution in the form of a difference (D 1 , D 2 , D 3 ) between the measured forces (F 1 , F 2 , F 3 ); c. comparing the difference (D 1 , D 2 , D 3 ) determined in step b. with a limit value (G); and d. Initiate an action if the limit value (G) is reached and/or exceeded. a. detecting static forces (F 1 , F 2 , F 3 ) by means of the sensors ; b. determining the variable characterizing the static force distribution in the form of a difference (D 1 , D 2 , D 3 ) between the measured forces (F 1 , F 2 , F 3 ); c. comparing the difference (D 1 , D 2 , D 3 ) determined in step b. with a limit value (G); and d. Initiate an action if the limit value (G) is reached and/or exceeded.
A 2-piece axial fan blade designed for a cooling tower, comprising: - a head, - a handle part associatable to a table, wherein an engine may be located on the table, - an upper wing , comprising an upper wing upper profile and an upper wing lower profile having a first torsion angle, and - a lower wing , comprising a lower wing upper profile and a lower wing lower profile arranged so that the lower wing has a second torsion angle parallel to the upper wing , - characterised in that the upper wing comprises a decoupled twin profile rod fixed between the upper wing upper profile and the upper wing lower profile , parallel to a direction of extension of the upper wing profiles, and the lower wing comprises a decoupled twin profile rod fixed between the lower wing upper profile and the lower wing lower profile , parallel to a direction of extension of the lower wing profiles, - wherein the upper wing upper profile and the upper wing lower profile have the first torsion angle of 35° counterclockwise at a rate of increasing linear velocity from the handle part to the head, - wherein for the upper wing, the first torsion angle is 0° after 90% of a wing length of the upper wing, and - wherein the decoupled twin profile rods have a UD 0° directional carbon fiber material structure. - a head, - a handle part associatable to a table, wherein an engine may be located on the table, - an upper wing , comprising an upper wing upper profile and an upper wing lower profile having a first torsion angle, and - a lower wing , comprising a lower wing upper profile and a lower wing lower profile arranged so that the lower wing has a second torsion angle parallel to the upper wing , - characterised in that the upper wing comprises a decoupled twin profile rod fixed between the upper wing upper profile and the upper wing lower profile , parallel to a direction of extension of the upper wing profiles, and the lower wing comprises a decoupled twin profile rod fixed between the lower wing upper profile and the lower wing lower profile , parallel to a direction of extension of the lower wing profiles, - wherein the upper wing upper profile and the upper wing lower profile have the first torsion angle of 35° counterclockwise at a rate of increasing linear velocity from the handle part to the head, - wherein for the upper wing, the first torsion angle is 0° after 90% of a wing length of the upper wing, and - wherein the decoupled twin profile rods have a UD 0° directional carbon fiber material structure.
A method for traffic signal control for an intersection of a traffic network , the traffic network comprising one or more sensors, the method comprising: receiving sensor readings from the one or more sensors, the sensor readings comprising a plurality of physical characteristics associated with vehicles approaching the intersection; discretizing the sensor readings based on a grid of cells projected only onto segments of one or more streets, the segments comprising areas where traffic on such one or more streets approach the intersection; for each of the plurality of physical characteristics, associating , for each of the cells in the grid of cells, a respective value for the cell in the grid of cells representing the physical characteristic associated with each of the vehicles if the vehicles at least partially occupy the cell, otherwise associating a null value for the cell; for each of the plurality of physical characteristics, generating a matrix associated with the physical characteristic comprising a combination of the grid of cells projected onto the one or more streets with the respective values for each cell in the grid of cells; combining each matrix associated with each of the plurality of physical characteristics as separate layers in a multi-layered matrix; determining , using a machine learning model trained with a traffic control training set, one or more traffic actions with the multi-layered matrix as input, the traffic control training set comprising previously determined multi-layered matrices for a plurality of traffic scenarios at the intersection; and communicating the one or more actions to the traffic network. receiving sensor readings from the one or more sensors, the sensor readings comprising a plurality of physical characteristics associated with vehicles approaching the intersection; discretizing the sensor readings based on a grid of cells projected only onto segments of one or more streets, the segments comprising areas where traffic on such one or more streets approach the intersection; for each of the plurality of physical characteristics, associating , for each of the cells in the grid of cells, a respective value for the cell in the grid of cells representing the physical characteristic associated with each of the vehicles if the vehicles at least partially occupy the cell, otherwise associating a null value for the cell; for each of the plurality of physical characteristics, generating a matrix associated with the physical characteristic comprising a combination of the grid of cells projected onto the one or more streets with the respective values for each cell in the grid of cells; combining each matrix associated with each of the plurality of physical characteristics as separate layers in a multi-layered matrix; determining , using a machine learning model trained with a traffic control training set, one or more traffic actions with the multi-layered matrix as input, the traffic control training set comprising previously determined multi-layered matrices for a plurality of traffic scenarios at the intersection; and communicating the one or more actions to the traffic network.
Fire detector , in particular for a fire detection system , for monitoring a monitoring area , in particular having an interface for communicating with the fire detection system , having a sensor device for recording the monitoring area in a spatially resolved manner in an IR wavelength range and for outputting sensor signals, having an evaluation device for determining a fire state by evaluating the sensor signals from the sensor device , wherein the fire state, in particular, is transmitted to the fire detection system via the interface , wherein the sensor device comprises a sensor field which outputs a measured value field as sensor signals, wherein the sensor field is in the form of a bolometer field, characterized in that the sensor field has fewer than 20 000, preferably fewer than 10 000, in particular fewer than 5000 sensor units, wherein the evaluation device has a feature extractor module and a detection module , wherein the feature extractor module extracts a feature or a plurality of features from the sensor signal and the detection module detects a fire state or a normal state in the monitoring area on the basis of the feature(s), wherein a feature relates to the average temperature in a section of the measured value field with entries or pixel values above a threshold value.
A cartridge (B) detachably mountable to a main assembly (A) of an image forming apparatus, said cartridge (B) comprising: a photosensitive drum ; a coupling member (264; 1064) provided at an end portion of said photosensitive drum to receive a driving force for rotating said photosensitive drum ; and a movable member (402; 412; 422; 432; 1001; 1101) having a portion, a distance of which from an axis of said photosensitive drum is changeable, said movable member (402; 412; 422; 432; 1001; 1101) being movable between (a) a first position in which said portion of said movable member (402; 412; 422; 432; 1001; 1101) is adjacent to an outer peripheral surface of said photosensitive drum , as viewed along the axis of said photosensitive drum , and (b) a second position in which said portion of said movable member (402; 412; 422; 432; 1001; 1101) is more remote from the axis of said photosensitive drum than when said movable member (402; 412; 422; 432; 1001; 1101) is in the first position, as viewed along the axis of said photosensitive drum , wherein when said movable member (402; 412; 422; 432; 1001; 1101) is in the first position, said portion of said movable member (402; 412; 422; 432; 1001; 1101) is disposed on an outer side in an axial direction of said photosensitive drum with respect to a free end of said coupling member (264; 1064). a photosensitive drum ; a coupling member (264; 1064) provided at an end portion of said photosensitive drum to receive a driving force for rotating said photosensitive drum ; and a movable member (402; 412; 422; 432; 1001; 1101) having a portion, a distance of which from an axis of said photosensitive drum is changeable, said movable member (402; 412; 422; 432; 1001; 1101) being movable between (a) a first position in which said portion of said movable member (402; 412; 422; 432; 1001; 1101) is adjacent to an outer peripheral surface of said photosensitive drum , as viewed along the axis of said photosensitive drum , and (b) a second position in which said portion of said movable member (402; 412; 422; 432; 1001; 1101) is more remote from the axis of said photosensitive drum than when said movable member (402; 412; 422; 432; 1001; 1101) is in the first position, as viewed along the axis of said photosensitive drum , wherein when said movable member (402; 412; 422; 432; 1001; 1101) is in the first position, said portion of said movable member (402; 412; 422; 432; 1001; 1101) is disposed on an outer side in an axial direction of said photosensitive drum with respect to a free end of said coupling member (264; 1064).
A method for identifying a hybrid yeast organism, comprising (a) providing cells from a first and second yeast parent organism, whereby the first and second organism are mating-compatible, whereby the first parent organism differs from the second parent organism, whereby said first parent organism, but not said second parent organism, carries an auxothrophy marker, (b) labelling cells from the second parent organism with a fluorescent dye; (c) hybridizing cells from the first parent with labelled cells from the second parent at a temperature between 5 °C and 15 °C; and (d) identifying a hybrid yeast organism as an auxotrophic, labelled cell. (a) providing cells from a first and second yeast parent organism, whereby the first and second organism are mating-compatible, whereby the first parent organism differs from the second parent organism, whereby said first parent organism, but not said second parent organism, carries an auxothrophy marker, whereby the first and second organism are mating-compatible, whereby the first parent organism differs from the second parent organism, whereby said first parent organism, but not said second parent organism, carries an auxothrophy marker, (b) labelling cells from the second parent organism with a fluorescent dye; (c) hybridizing cells from the first parent with labelled cells from the second parent at a temperature between 5 °C and 15 °C; and (d) identifying a hybrid yeast organism as an auxotrophic, labelled cell.
A compound of the structure (COH29), or a pharmaceutically acceptable salt thereof for use in a method of treating breast cancer or ovarian cancer in a subject in need thereof, wherein said subject is a BRCA1-defective subject or a PARP1 inhibitor-resistant subject, said method comprising administering to said subject an effective amount of the compound.
A sealed and thermally insulating tank for storing a fluid having a wall comprising, in a thickness direction from the exterior toward the interior of the tank, a supporting structure , a primary thermal insulation barrier and a primary sealing membrane which lies against the primary thermal insulation barrier and is intended to be in contact with the fluid stored in the tank; the primary thermal insulation barrier comprising a primary insulating panel including an external rigid plate and a polymer foam layer which is fixed on the external rigid plate and is disposed between the external rigid plate and the primary sealing membrane , the polymer foam layer having a recess which extends through the whole thickness of the polymer foam layer and which forms, at the external rigid plate , a bearing zone , the bearing zone of the external rigid plate collaborating with an anchoring device , the anchoring device bearing against the bearing zone of the external rigid plate in such a way as to hold it toward the supporting structure , the primary sealing membrane comprising a specific zone which is disposed plumb with the bearing zone and which comprises a portion projecting toward the interior of the tank; the primary thermal insulation barrier comprising a reinforcing insulating plug which is housed in the recess in such a way as to ensure continuity of thermal insulation of the primary thermal insulation barrier , the said tank being characterized in that said reinforcing insulating plug extends, in the thickness direction, from the bearing zone of the external rigid plate to the specific zone of the primary sealing membrane in such a way as to take up the compressive forces that might act on the specific zone of the primary sealing membrane ; the reinforcing insulating plug comprising a polymer foam layer having a compressive yield strength equal to or greater than 80% of that of the polymer foam layer of the primary insulating panel .
Apparatus for determining and displaying or monitoring at least one operating state of a cooking vessel with a lid , selected from the group of temperature, pressure or humidity of a cooking vessel, the apparatus having a lid knob which can be fastened to the lid of the cooking vessel, wherein a measuring apparatus for detecting the operating state and a control unit with a signaling apparatus is provided in the lid knob , the signaling apparatus comprising a display apparatus for displaying an actual state of the operating state, wherein the measuring apparatus (30. 33) has a pivotable rotational indicator , characterized in that the control unit has latching means , in that the lid knob has latching means which are complementary to the latching means so that the control unit can be placed on the lid knob in a single predetermined rotational position relative to the lid knob , in that the rotational indicator has a permanent magnet attached thereto, and in that the control apparatus has a magnetic sensor apparatus for detecting the rotational position of the rotational indicator .
A method for providing remote access to a service in a client-server remote access system, comprising: receiving, at a proxy server , a request to access the service from a client , the request being associated with a resource uniform resource locator, URL, of the proxy server ; selecting, by a scheduler on a request originating from the proxy server , an application server hosting the service that fulfils the request from the client , the selecting being performed in accordance with a utilization of resources in the client-server remote access system; and creating, by the application server, a session URL that uniquely identifies the service, the session URL being used to connect to an application server that establishes the remote access to the service by the client . receiving, at a proxy server , a request to access the service from a client , the request being associated with a resource uniform resource locator, URL, of the proxy server ; selecting, by a scheduler on a request originating from the proxy server , an application server hosting the service that fulfils the request from the client , the selecting being performed in accordance with a utilization of resources in the client-server remote access system; and creating, by the application server, a session URL that uniquely identifies the service, the session URL being used to connect to an application server that establishes the remote access to the service by the client .
Pneumatic vehicle tyre for passenger vehicles, in particular for use under wintery driving conditions, with a tread having profile positives, in particular profile blocks , and with diagonal grooves which run in a V-shaped manner over the tread width and delimit profile positives, wherein profile positives are provided in which in each case a number of sipes running substantially parallel to one another is formed, the sipes extending at an angle (γ) of 60° to 90° to a profile positive edge , which delimits the profile positive in the case of a diagonal groove , and leading at the associated profile positive flank into the diagonal groove , characterized in that the substantially rectilinearly running microgrooves are formed on profile positive flanks of profile positives which delimit the diagonal grooves and in which the sipes run at an angle (γ) of 60° to 90° to the associated profile positive edges , said microgrooves extending along the profile positive flanks at an acute angle (δ) of 20° to 40° to the profile positive edges in such a manner that they rise with respect to the profile positive surface in the direction of the tread outer side, and said microgrooves having a depth (t 3 ) of 0.2 mm to 0.5 mm and, at the profile positive flank , a width (d) which corresponds at least to their depth (t 3 ).