mhurhangee/ep-ind-claims huggingface dataset:
A flow-rate measurement device comprising: a first transducer and a second transducer which are provided in a fluid flow path to transmit and receive an ultrasonic signal; a timer unit which measures a propagation time of the ultrasonic signal propagating between the first transducer and the second transducer; and a flow-rate calculation unit which is configured to execute a unit measurement step a predetermined number of times and calculates a flow rate of a fluid flowing in the fluid flow path on the basis of the propagation times measured the predetermined number of times, the unit measurement step being an operation in which a direction of transmission to reception between the first transducer and the second transducer is switched and the timer unit measures the propagation times of the ultrasonic signal in both directions, wherein the flow-rate calculation unit is configured to measure a flow rate value of the fluid by first completing an exploratory measurement step, and to execute secondly a precise measurement step in which the unit measurement step is executed a plural number of times to calculate the flow-rate, wherein, in the exploratory measurement step, the unit measurement step is executed a smaller number of times than the number of executions in the precise measurement step to calculate the flow rate, and wherein the precise measurement step is executed only when the flow rate value of the fluid obtained in the exploratory measurement step is equal to or greater than a predetermined value. a first transducer and a second transducer which are provided in a fluid flow path to transmit and receive an ultrasonic signal; a timer unit which measures a propagation time of the ultrasonic signal propagating between the first transducer and the second transducer; and a flow-rate calculation unit which is configured to execute a unit measurement step a predetermined number of times and calculates a flow rate of a fluid flowing in the fluid flow path on the basis of the propagation times measured the predetermined number of times, the unit measurement step being an operation in which a direction of transmission to reception between the first transducer and the second transducer is switched and the timer unit measures the propagation times of the ultrasonic signal in both directions, wherein the flow-rate calculation unit is configured to measure a flow rate value of the fluid by first completing an exploratory measurement step, and to execute secondly a precise measurement step in which the unit measurement step is executed a plural number of times to calculate the flow-rate, wherein, in the exploratory measurement step, the unit measurement step is executed a smaller number of times than the number of executions in the precise measurement step to calculate the flow rate, and wherein the precise measurement step is executed only when the flow rate value of the fluid obtained in the exploratory measurement step is equal to or greater than a predetermined value.
A method for displaying the status of a heating or air conditioning device of a vehicle, in which - a graphical object which depicts the vehicle is displayed by a display device of the vehicle (10, - the status of the heating or air conditioning device is detected and - different statuses of the heating or air conditioning device are displayed by the display device by means of different depictions of the vehicle surfaces, characterized in that different statuses of the heating or air conditioning device are displayed by the display device by means of different depictions of vehicle window panes and that the heating or air conditioning device is an auxiliary air conditioning device of the vehicle. - a graphical object which depicts the vehicle is displayed by a display device of the vehicle (10, - the status of the heating or air conditioning device is detected and - different statuses of the heating or air conditioning device are displayed by the display device by means of different depictions of the vehicle surfaces, characterized in
A method for imparting soil and/or moisture resistance to a porous substrate used in the production of secure documents and having a thickness, the method comprising: applying a soil and/or moisture resistant formulation to opposing surfaces of the porous substrate; forcing the soil and/or moisture resistant formulation into the pores of the substrate, the formulation thereby penetrating and extending throughout at least a portion of the thickness of the substrate; and removing excess formulation from opposing surfaces of the substrate, wherein the porous substrate has one or more non-porous, optically variable, security devices contained on, or exposed through one or more windows in, at least one surface of the substrate, wherein exposed surfaces of the one or more non-porous, optically variable, security devices are left substantially free of the soil and/or moisture resistant formulation.
Storage plate arrangement for installation in a household refrigeration appliance, with a first storage plate and with a second storage plate, which is separate from the first storage plate, and with a carrier frame, on which the first storage plate and the second storage plate are arranged, wherein the carrier frame has a guide, and by way of the guide at least one of the storage plates (9, 13) can be displaced relative to the carrier frame and the other storage plate (9, 13), wherein the carrier frame is embodied as open when viewed in the circumferential direction, wherein the carrier frame has a first side limb and a second side limb that is separate therefrom, which are connected to a connecting limb that in turn is separate therefrom, wherein the connecting limb is a profile rail made from metal, characterised in that the profile rail has a first, upper hollow chamber, which is moulded on an upper edge of a front plate of the profile rail, and a second, lower hollow chamber that is embodied at a distance therefrom, which is moulded on a lower edge of the front plate of the profile rail, wherein the hollow chambers (44, 45) extend towards the rear starting from the front plate, and the profile rail is embodied as open at a first end, and the open end is embodied as an insertion bracket for an additional holding part of the storage plate arrangement, and/or the profile rail is embodied as open at a second end, and the open end is embodied as an insertion bracket for an additional holding part of the storage plate arrangement.
The crystalline form II of -4-oxo-4-[3-(trifluoromethyl)-5,6-dihydro[1,2,4]triazolo[4,3-a]pyrazin-7 -yl]-1-(2,4,5-trifluorophenyl)butan-2-amine besylate having characteristic powder X-ray diffraction pattern having peaks expressed as 2θ at 5.69, 7.45, 10.08, 11.41, 13.09, 18.34, 22.52 and 22.97 ± 0.2 degree two theta.
Method of manufacturing a screw cap for closing a preserving jar, wherein in the cap a weakening line is provided which can be broken by means of finger force, characterized in that the weakening line is provided by removing material from the cap at the intended location of the weakening line so as to obtain a slot, wherein a second slot is provided which intersects the first slot, wherein the screw cap is made of a metal plate and the slots are provided before deforming the metal plate to the shape of the screw cap and before applying a coating to the outer side of the screw cap.
A method for measuring biomarker expression and assessing clinical parameters for use in prognosis of breast cancer or predicting the likelihood of recurrence of breast cancer in a subject, comprising: measuring expression of five biomarkers by assaying a biological sample with a respective antibody against each of said five biomarkers, wherein: the biological sample is obtained from a subject having ER+/PR+ and Her2- breast cancer or after removal of the breast cancer; and the five biomarkers are CD44, ABCC11, N-cadherin, Pan-cadherin and ABCC4; and assessing the clinical parameters node status, tumor grade, and tumor size of the subject, wherein the node status includes tumor node positive and tumor node negative, the tumor grade includes Grades 1, 2 and 3, and the tumor size includes T1, T2, or T3. measuring expression of five biomarkers by assaying a biological sample with a respective antibody against each of said five biomarkers, wherein: the biological sample is obtained from a subject having ER+/PR+ and Her2- breast cancer or after removal of the breast cancer; and the five biomarkers are CD44, ABCC11, N-cadherin, Pan-cadherin and ABCC4; and the biological sample is obtained from a subject having ER+/PR+ and Her2- breast cancer or after removal of the breast cancer; and the five biomarkers are CD44, ABCC11, N-cadherin, Pan-cadherin and ABCC4; and assessing the clinical parameters node status, tumor grade, and tumor size of the subject, wherein the node status includes tumor node positive and tumor node negative, the tumor grade includes Grades 1, 2 and 3, and the tumor size includes T1, T2, or T3.
Machine for balancing vehicle wheels, comprising: - a base frame (2a, 2b) supporting a substantially horizontal balancing spindle, - at least a lifting device for lifting at least a vehicle wheel to be fitted to or removed from said balancing spindle, said lifting device in turn comprising at least a supporting platform for said wheel, - contact-free reading means of at least a portion of the profile (Pr) of the wheel tyre associated with said base frame (2a, 2b), and - at least a processing and control unit operatively associated with said lifting device and with said reading means and suitable for calculating the position of the centre of said wheel in accordance with the values read by said reading means and for stopping said lifting device in an end-of-lifting position in which said wheel centre is substantially at the same height as said balancing spindle, wherein said reading means comprise an optical sensor of the laser type, which emits a laser signal directed along a direction substantially at a right angle to said balancing spindle, wherein, in the operation of the machine, the platform with the wheel on it is configured so that it is caused to elevate so as to lift the wheel, the laser type sensor, during the lifting of the wheel, is configured to read the distance of the profile (Pr) of the wheel, according to the height reached by the platform, with respect to a preset reference system of the machine, so as to obtain, by interpolating the values of said distance and height, the profile of the wheel, the processing and control unit is configured to calculate the position of the centre of the wheel in such a way that it corresponds to a minimum distance (B"C'), as read by the sensor, of the profile (Pr) of the wheel with respect to said preset reference system, and the processing and control unit, once said position of the centre of the wheel has been identified in the reference system of the machine, is configured to command the lifting and/or lowering of the platform until it is stopped in said end-of-lifting position in which said wheel centre and the balancing spindle are substantially aligned. - a base frame (2a, 2b) supporting a substantially horizontal balancing spindle, - at least a lifting device for lifting at least a vehicle wheel to be fitted to or removed from said balancing spindle, said lifting device in turn comprising at least a supporting platform for said wheel, - contact-free reading means of at least a portion of the profile (Pr) of the wheel tyre associated with said base frame (2a, 2b), and - at least a processing and control unit operatively associated with said lifting device and with said reading means and suitable for calculating the position of the centre of said wheel in accordance with the values read by said reading means and for stopping said lifting device in an end-of-lifting position in which said wheel centre is substantially at the same height as said balancing spindle,
A process for the preparation of a compound of formula or one of its salts which comprises reacting a compound of formula with a compound selected from phenyl lithium and phenyl magnesium bromide, in a suitable solvent, optionally isolating the so-obtained compound of formula and optionally transforming it into one of its salts.
A method of operation of a base station (10, 12) in a cellular communications network, in which user equipment devices (20, 22) in a cell served by the base station need to be synchronized with the cell on the uplink in order to transmit data, and in which Radio Resource Control, RRC, connected user equipment devices can be kept synchronized with the cell on the uplink or not synchronized, the method comprising: making a determination (62, 72) as to whether a specified condition within the cell served by the base station is fulfilled, wherein the specified condition relates to the load or resource utilisation of the cell, and, in response to the determination as to whether the specified condition within the cell is fulfilled, determining (64, 74) whether RRC connected user equipment devices should be kept uplink synchronized with the cell, or whether RRC connected user equipment devices should be allowed to become not synchronized on the uplink, and transmitting signals (66, 76) to user equipment devices to affect whether or not the RRC connected user equipment devices are kept uplink synchronized with the cell, in response to determining whether RRC connected user equipment devices should be kept uplink synchronized with the cell, or whether RRC connected user equipment devices should be allowed to become not synchronized on the uplink. making a determination (62, 72) as to whether a specified condition within the cell served by the base station is fulfilled, wherein the specified condition relates to the load or resource utilisation of the cell, and, in response to the determination as to whether the specified condition within the cell is fulfilled, determining (64, 74) whether RRC connected user equipment devices should be kept uplink synchronized with the cell, or whether RRC connected user equipment devices should be allowed to become not synchronized on the uplink, and transmitting signals (66, 76) to user equipment devices to affect whether or not the RRC connected user equipment devices are kept uplink synchronized with the cell, in response to determining whether RRC connected user equipment devices should be kept uplink synchronized with the cell, or whether RRC connected user equipment devices should be allowed to become not synchronized on the uplink.
A method for storing session state data of a session between a system having a plurality of nodes and a client device, the method comprising: delivering a service to the client device during a session specified by a session identifier, the service being delivered by a first of the plurality of nodes in the system; during the session, selecting a plurality of second nodes in the system on which session state data associated with the session is to be saved, wherein the second nodes are selected based on a map that maps the hash of the session identifier to an index that identifies the plurality of second nodes such that another node in the system is able to locate the session state data on a selected one or more of the plurality of second nodes from the session identifier without contacting a centralized mechanism that specifies where session state data is stored; and saving the session state data to each of the plurality of second nodes that are selected; wherein the session state data that is saved includes sufficient data to resume the session when another node other than the first node obtains the session state data and delivers the service to the client device upon resuming the session. delivering a service to the client device during a session specified by a session identifier, the service being delivered by a first of the plurality of nodes in the system; during the session, selecting a plurality of second nodes in the system on which session state data associated with the session is to be saved, wherein the second nodes are selected based on a map that maps the hash of the session identifier to an index that identifies the plurality of second nodes such that another node in the system is able to locate the session state data on a selected one or more of the plurality of second nodes from the session identifier without contacting a centralized mechanism that specifies where session state data is stored; and saving the session state data to each of the plurality of second nodes that are selected;
Device for providing an application material having an application unit, having a conveying unit for conveying the application material from a source to the application unit, having a plurality of modification units (26, 28, 30, 52; 32, 34, 36, 38, 40, 42; 18) which can influence the flow path and/or the quality of the application material, the conveying unit and the modification units (26, 28, 30, 52; 32, 34, 36, 38, 40, 42; 18) having different modes of operation which are adjustable by a control signal, wherein the modification units (26, 28, 30, 52; 32, 34, 36, 38, 40, 42; 18) each have a plurality of discrete modes of operation which are individually settable by a control signal, and each comprise a controllable regulating unit (68, 70) which each set, check and maintain a corresponding operating parameter according to a received control signal, and in that the regulating unit (68, 70) has a memory, in which control signals for the modification units (26, 28, 30, 52; 32, 34, 36, 38, 40, 42; 18) for different modes of operation are stored, characterised in that the modification units (26, 28, 30, 52; 32, 34, 36, 38, 40, 42; 18) have at least one valve arrangement (26, 28, 30, 52) which presets a part of the path on which the flow of the application material is conveyed and the valve arrangements (26, 28, 30, 52) can preset a short-circuit flow path which leads from the outlet of the conveying unit back to the inlet thereof. the modification units (26, 28, 30, 52; 32, 34, 36, 38, 40, 42; 18) each have a plurality of discrete modes of operation which are individually settable by a control signal, and each comprise a controllable regulating unit (68, 70) which each set, check and maintain a corresponding operating parameter according to a received control signal, and in that the regulating unit (68, 70) has a memory, in which control signals for the modification units (26, 28, 30, 52; 32, 34, 36, 38, 40, 42; 18) for different modes of operation are stored, characterised in that the modification units (26, 28, 30, 52; 32, 34, 36, 38, 40, 42; 18) have at least one valve arrangement (26, 28, 30, 52) which presets a part of the path on which the flow of the application material is conveyed and the valve arrangements (26, 28, 30, 52) can preset a short-circuit flow path which leads from the outlet of the conveying unit back to the inlet thereof.
A solid, free-flowing without tendency to caking, particulate fertilizer composition without inherent water component, comprising an amount of monopotassium phosphate and a sub-equimolar amount of phosphoric acid, which fertilizer composition contains from about 35 wt% to about 41 wt% of phosphoric acid, from about 59 wt% to about 65 wt% of monopotassium phosphate, and from 0.1 to 0.6 wt% of water.
A method for stacking a ply that is transferred from a rubber mixing system to a stacking system, the method comprising the following steps: transferring the ply to a stacking head of the stacking system; passing the ply to a motorized belt of the stacking system, the motorized belt being able to turn in both directions and being able to move in translation, and the motorized belt being situated between the stacking head and a pallet chosen from a pallet with edges and a pallet without edges; and setting the motorized belt into movement in translation so as to move along a path such that the motorized belt receives the ply from the stacking head and makes a downstream end of the ply to be stacked accessible in order to connect the downstream end of the ply to an upstream end of a ply of a successive pallet and form a butt joint between the plies (50, 52). transferring the ply to a stacking head of the stacking system; passing the ply to a motorized belt of the stacking system, the motorized belt being able to turn in both directions and being able to move in translation, and the motorized belt being situated between the stacking head and a pallet chosen from a pallet with edges and a pallet without edges; and setting the motorized belt into movement in translation so as to move along a path such that the motorized belt receives the ply from the stacking head and makes a downstream end of the ply to be stacked accessible in order to connect the downstream end of the ply to an upstream end of a ply of a successive pallet and form a butt joint between the plies (50, 52).
Sealing element for establishing an electrically conductive connection between a first machine element and a second machine element, comprising at least one sealing disc and a supporting ring, wherein the supporting ring comprises an axial flange and a radial flange, the supporting ring comprises an inner ring and an outer ring, wherein the sealing disc is fixed between the inner ring and the outer ring, wherein the sealing disc is fixed at least in sections along the axial flange by means of a clamping connection between the inner ring and the outer ring, characterised in that the sealing disc is formed from an electrically conductive non-woven material.
An air conditioner comprising a compressor, an outdoor heat exchanger, an expansion device, and an indoor heat exchanger, wherein the air conditioner comprises: a compressor suction channel (81, 8, 85) connecting a heating-operation outlet of the outdoor heat exchanger and an inlet of the compressor; and a bypass pipe connecting a separating device and the compressor suction channel (81, 8, 85) to bypass the vapor refrigerant component separated by the separating device in the heating operation to the compressor suction channel (81, 8, 85), characterized in that the outdoor heat exchanger further comprises: a plurality of unit channels (20, 30) into which a refrigerant channel is partitioned; and a separating device installed in each of the plurality of unit channels (20, 30) and configured to separate a liquid refrigerant component and a vapor refrigerant component in each of the plurality of unit channels (20, 30) in a heating operation. a compressor suction channel (81, 8, 85) connecting a heating-operation outlet of the outdoor heat exchanger and an inlet of the compressor; and a bypass pipe connecting a separating device and the compressor suction channel (81, 8, 85) to bypass the vapor refrigerant component separated by the separating device in the heating operation to the compressor suction channel (81, 8, 85), a plurality of unit channels (20, 30) into which a refrigerant channel is partitioned; and a separating device installed in each of the plurality of unit channels (20, 30) and configured to separate a liquid refrigerant component and a vapor refrigerant component in each of the plurality of unit channels (20, 30) in a heating operation.
Safety belt retractor for a vehicle, having a frame in which a belt spool is mounted, which has a spool body as well as a first flange and a second flange, arranged at the axial ends of the spool body, and are each arranged in a receptacle of the frame, wherein the first flange is rotatable relative to the spool body, and wherein a force limiter is provided between the first flange and the spool body, characterized in that detent teeth are provided on the receptacle and a toothing corresponding to the detent teeth is provided on the first flange, and in that the second flange can be rotated relative to the spool body, and cooperating stops (50, 54, 58) on the second flange and/or on the spool body are provided which limit the rotation of the second flange relative to the spool body, and in that the second flange has a circumferential wall which surrounds the axial end of the spool body facing towards the second flange in the circumferential direction.