mhurhangee/patent-ind-claim-en huggingface dataset:
An atomizer/liquid reservoir portion for an electronic vaping device (10; 110; 210; 310) comprising: a liquid reservoir storing a liquid in a free floating manner and an atomizer (28; 128; 228; 328) adapted to atomize the liquid stored in the liquid reservoir when operated by a power supply of the electronic vaping device (10; 110; 210; 310), characterized in that the atomizer (28; 128; 228; 328) includes a plurality of heating elements (36a, 36b, 36c, 36d, 36e; 136a 1 , 136a 2 , 136c 1 , 136c 2 , 136c 3 , 136c 4 ) that are arranged inside the liquid reservoir at different levels (h a , h b , h c , h d , h e ) with respect to a liquid level (h) of the liquid stored in the liquid reservoir , preferably according to an array having a plurality of rows, wherein a plurality of heating elements (136c 1 , 136c 2 , 136c 3 , 136c 4 ) can be arranged in one row of the array.
An computing system comprising: one or more processors ; a plurality of persistent memory modules coupled with the one or more processors; and system software to be operated by the one or more processors to: receive volatile memory allocation requests and persistent memory allocation requests from one or more applications executed by the one or more processors; and dynamically allocate memory pages of the persistent memory modules as volatile type memory pages in response to the volatile memory allocation requests; and persistent type memory pages in response to the persistent memory allocation requests, characterized in that the computing system further comprises: one or more page tables to provide a mapping between logical memory of the one or more applications and physical addresses of data stored within the persistent memory modules , whereby the applications have direct access to the data within the persistent memory modules without the need for going through an I/O controller. one or more processors ; a plurality of persistent memory modules coupled with the one or more processors; and system software to be operated by the one or more processors to: receive volatile memory allocation requests and persistent memory allocation requests from one or more applications executed by the one or more processors; and dynamically allocate memory pages of the persistent memory modules as volatile receive volatile memory allocation requests and persistent memory allocation requests from one or more applications executed by the one or more processors; and dynamically allocate memory pages of the persistent memory modules as volatile type memory pages in response to the volatile memory allocation requests; and persistent type memory pages in response to the persistent memory allocation requests, characterized in that the computing system further comprises: one or more page tables to provide a mapping between logical memory of the one or more applications and physical addresses of data stored within the persistent memory modules , whereby the applications have direct access to the data within the persistent memory modules without the need for going through an I/O controller.
A bioprocess control device having a plurality of control function units received in a device housing and designed and provided for bioprocesses and configured or configurable for control, conveying, measuring and/or sensor functionalities and preferably assignable to a bioprocess reactor in a functional manner, more preferably provided spatially adjacent thereto, characterized in that the device housing has modular drawer assemblies receiving the plurality of control function units, the drawer assemblies , relative to stationary housing frame means of the device housing in an opening and/or removal position, allowing access for configuration and/or assembly to the control function unit received in a respective drawer assembly, preferably separated or separable from the housing frame means, and being transferable and the drawer assemblies establishing an electrically supplying and electronically function-identifying contact between the control function unit and the housing frame means and/or electrical energy supply means and system identification means which are assigned to an additional drawer assembly in an operating or closure position which can be locked by lock means .
A conductive paste comprising from 30 to 97 % by weight of electrically conductive particles, from 1 to 20 % by weight of a glass frit, from 3 to 70 % by weight of an organic medium and from 0.1 to 67 % by weight of a silicone oil, each based on the total mass of the paste, wherein the silicone oil has a boiling point or a boiling range in the range between 180 °C and 350 °C.
A humanized antibody which has a binding activity to free human IgE, membrane-bound IgEs on B lymphocytes, and CD23-bound IgE but is incapable of binding to FcεRI-bound IgE, wherein said humanized antibody comprises a heavy chain variable region (V H ) and a light chain variable region (V L ), wherein the heavy chain variable region (V H ) comprises an amino acid sequence that is identical to SEQ ID NO:2; and wherein the light chain variable region (V L ) comprises an amino acid sequence that is identical to SEQ ID NO:4.
A seat base for a saddle seat, wherein the seat base comprises - a first face , the first face forming a planar surface to allow the seat base to be arranged on a surface to be seated, and - a second face , the second face forming a concave surface, the concave surface being configured to restrict the lateral movement of the saddle seat by guiding the round lower part of the saddle seat towards the lowest point of the concave surface, characterized in that the second face is coated with a softer layer, in order to improve the mobility of the saddle seat on the seat base. - a first face , the first face forming a planar surface to allow the seat base to be arranged on a surface to be seated, and - a second face , the second face forming a concave surface, the concave surface being configured to restrict the lateral movement of the saddle seat by guiding the round lower part of the saddle seat towards the lowest point of the concave surface, characterized in that
A computing device comprising: a display device ; a display modular component including a housing physically and communicatively coupled to the display device via a hinge , and one or more display hardware elements disposed within the housing and configured to generate an output for display by the display device; and a computing modular component including a housing that is physically and communicatively coupled to the display modular component , a processing system disposed within the housing, and memory disposed within the housing, the processing system configured to execute instructions stored by the processing system to generate a user interface for display by the display device; characterized in that the housing of the display modular component or the housing of the computing modular component is configured to receive a plurality of swappable other housings (504. 506. 508. 510) therein. and each of the other housings is configured to provide a different functionality such that different functionality may be swapped within the modular component. a display device ; a display modular component including a housing physically and communicatively coupled to the display device via a hinge , and one or more display hardware elements disposed within the housing and configured to generate an output for display by the display device; and a computing modular component including a housing that is physically and communicatively coupled to the display modular component , a processing system disposed within the housing, and memory disposed within the housing, the processing system configured to execute instructions stored by the processing system to generate a user interface for display by the display device; characterized in that the housing of the display modular component or the housing of the computing modular component is configured to receive a plurality of swappable other housings (504. 506. 508. 510) therein. and each of the other housings is configured to provide a different functionality such that different functionality may be swapped within the modular component.
A method for controlling an idling stop of a vehicle, the method comprising: determining (S22) whether or not predetermined conditions are met; performing (S23) an idling stop of an engine when the predetermined conditions are met; and cancelling (S25) the idling stop and restarting the engine upon detecting a disembarkation operation performed by a driver during the idling stop, characterized by : preventing the idling stop from being performed due to ending of the disembarkation operation performed by the driver until after the vehicle starts traveling, by setting (S13) a travel history condition flag as one of the predetermined conditions when the vehicle travels at or above a predetermined vehicle speed, the predetermined conditions being determined to be met on condition that the travel history condition flag is set, and resetting (S17) the travel history condition flag upon detecting the disembarkation operation has been performed by the driver. determining (S22) whether or not predetermined conditions are met; performing (S23) an idling stop of an engine when the predetermined conditions are met; and cancelling (S25) the idling stop and restarting the engine upon detecting a disembarkation operation performed by a driver during the idling stop, characterized by : preventing the idling stop from being performed due to ending of the disembarkation operation performed by the driver until after the vehicle starts traveling, by setting (S13) a travel history condition flag as one of the predetermined conditions when the vehicle travels at or above a predetermined vehicle speed, the predetermined conditions being determined to be met on condition that the travel history condition flag is set, and resetting (S17) the travel history condition flag upon detecting the disembarkation operation has been performed by the driver. setting (S13) a travel history condition flag as one of the predetermined conditions when the vehicle travels at or above a predetermined vehicle speed, the predetermined conditions being determined to be met on condition that the travel history condition flag is set, and resetting (S17) the travel history condition flag upon detecting the disembarkation operation has been performed by the driver.
A spinner for a fan section of a gas turbine engine , the fan section including a nosecap , the spinner comprising: a forward end ; and an aft end ; the spinner comprises a return flange extending from the forward end , the return flange including a forward flange extending forward towards the nosecap , characterized in that the return flange including an aft flange extending aft towards the aft end . a forward end ; and an aft end ; the spinner comprises a return flange extending from the forward end , the return flange including a forward flange extending forward towards the nosecap , characterized in that the return flange including an aft flange extending aft towards the aft end .
A rechargeable battery system comprising: a plurality of rechargeable battery cells coupled between a plurality of terminals; a shunting circuitry configured to shunt charging electrical energy around respective ones of the rechargeable battery cells during charging of the rechargeable battery cells from substantially discharged states of charge of the rechargeable battery cells to substantially charged states of charge of the rechargeable battery cells ; wherein the shunting circuitry comprises a plurality of shunting devices corresponding to respective ones of the rechargeable battery cells , characterized in that the shunting circuitry is configured to selectively disable shunting of respective ones of the shunting devices as a result of temperatures of the respective ones of the shunting devices exceeding a threshold. a plurality of rechargeable battery cells coupled between a plurality of terminals; a shunting circuitry configured to shunt charging electrical energy around respective ones of the rechargeable battery cells during charging of the rechargeable battery cells from substantially discharged states of charge of the rechargeable battery cells to substantially charged states of charge of the rechargeable battery cells ; wherein the shunting circuitry comprises a plurality of shunting devices corresponding to respective ones of the rechargeable battery cells , characterized in that the shunting circuitry is configured to selectively disable shunting of respective ones of the shunting devices as a result of temperatures of the respective ones of the shunting devices exceeding a threshold.
A method of energy efficient scheduling through transmit point, TP, wideband muting, the method comprising: determining an initial scheduling assignment for a cloud radio access network, CRAN, comprising a plurality of access points, APs, the initial scheduling assignment assigning a plurality of user equipments, UEs, to the APs during a time interval; selecting, from the plurality of APs, at least a first AP to operate in a sleep mode during the time interval, wherein the first AP is wideband muted when operating in the sleep mode, and wherein the initial scheduling assignment assigns UEs in a first subset of UEs to the first AP during the time interval; re-assigning the UEs in the first subset of UEs to one or more APs in the plurality of APs for at least a portion of the time interval, thereby obtaining a modified scheduling assignment, wherein the one or more APs exclude the first AP; characterized by : determining whether the modified scheduling assignment improves a scheduling utility ; and, if the modified scheduling assignment provides a utility improvement over the initial scheduling assignment, instructing the one or more APs to operate in accordance with the modified assignment during the portion of the time interval, wherein the first AP operates in a sleep mode during the portion of the time interval. determining an initial scheduling assignment for a cloud radio access network, CRAN, comprising a plurality of access points, APs, the initial scheduling assignment assigning a plurality of user equipments, UEs, to the APs during a time interval; selecting, from the plurality of APs, at least a first AP to operate in a sleep mode during the time interval, wherein the first AP is wideband muted when operating in the sleep mode, and wherein the initial scheduling assignment assigns UEs in a first subset of UEs to the first AP during the time interval; re-assigning the UEs in the first subset of UEs to one or more APs in the plurality of APs for at least a portion of the time interval, thereby obtaining a modified scheduling assignment, wherein the one or more APs exclude the first AP; characterized by : determining whether the modified scheduling assignment improves a scheduling utility ; and, if the modified scheduling assignment provides a utility improvement over the initial scheduling assignment, instructing the one or more APs to operate in accordance with the modified assignment during the portion of the time interval, wherein the first AP operates in a sleep mode during the portion of the time interval. determining whether the modified scheduling assignment improves a scheduling utility ; and, if the modified scheduling assignment provides a utility improvement over the initial scheduling assignment, instructing the one or more APs to operate in accordance with the modified assignment during the portion of the time interval, wherein the first AP operates in a sleep mode during the portion of the time interval.
A press machine that converts a rotation of a motor into a reciprocating linear motion of a slide and performs press working on a workpiece material, the press machine comprising: a press control unit that controls ascending/descending motion of the slide ; and an abnormality diagnostic unit configured to perform abnormality diagnosis of the press machine based on data from a sensor provided in the press machine and to output a result of the abnormality diagnosis, characterized in that the press control unit is configured to output a diagnosis start request to the abnormality diagnostic unit when starting ascending or descending the slide , the abnormality diagnostic unit being configured to start acquiring the data from the sensor when receiving the diagnostic start request, and perform the abnormality diagnosis based on the data acquired from the sensor while the slide moves at a predetermined speed between a bottom dead point and a top dead point in a press-no-load state. a press control unit that controls ascending/descending motion of the slide ; and an abnormality diagnostic unit configured to perform abnormality diagnosis of the press machine based on data from a sensor provided in the press machine and to output a result of the abnormality diagnosis, characterized in that the press control unit is configured to output a diagnosis start request to the abnormality diagnostic unit when starting ascending or descending the slide , the abnormality diagnostic unit being configured to start acquiring the data from the sensor when receiving the diagnostic start request, and perform the abnormality diagnosis based on the data acquired from the sensor while the slide moves at a predetermined speed between a bottom dead point and a top dead point in a press-no-load state.
A system for intra-operative mapping of a probe ablation zone , the system comprising means for accessing a treatment site including one or more treatment access tools including a cannula having a distal end and a bone drill for accessing bone tissue at the treatment site, wherein the bone drill has a distal end, defines a marking, and is configured to be inserted into the cannula, the cannula has a feature configured to cooperate with markings, and the marking is located so as to indicate that the distal end of the bone drill is aligned with the distal end of the cannula when the bone drill is inserted through the cannula and when the marking is aligned with the cooperating feature of the cannula, and means for defining a proximal margin and a distal margin of a probe ablation zone by means of the one or more treatment access tools.
A method of controlling a process including a plurality of manipulated variables and a plurality of control variables controlled by the manipulated variables, control amounts of the control variables being determined by mutual interference of operation amounts of the manipulated variables, the method comprising: a free response calculating step of calculating free responses that are responses of the control variables during a predetermined period from a current time in a case where the operation amounts of manipulated variables are constant for the predetermined period; a first response calculating step of calculating first responses that are responses of the control variables during the predetermined period, in a case where an operation amount of a first manipulated variable among the manipulated variables is changed in step during the predetermined period and the operation amounts of the other manipulated variables among the manipulated variables are constant for the predetermined period; a second response calculating step of calculating second responses that are responses of the control variables during the predetermined period, in a case where an operation amount of a second manipulated variable other than the first manipulated variable among the manipulated variables is changed in step simultaneously with the operation amount of the first manipulated variable during the predetermined period; and an operation amount determining step of determining the operation amounts of the manipulated variables such that the control amounts of the control variables become predetermined target values based on the free responses, the first responses, and the second responses. a free response calculating step of calculating free responses that are responses of the control variables during a predetermined period from a current time in a case where the operation amounts of manipulated variables are constant for the predetermined period; a first response calculating step of calculating first responses that are responses of the control variables during the predetermined period, in a case where an operation amount of a first manipulated variable among the manipulated variables is changed in step during the predetermined period and the operation amounts of the other manipulated variables among the manipulated variables are constant for the predetermined period; a second response calculating step of calculating second responses that are responses of the control variables during the predetermined period, in a case where an operation amount of a second manipulated variable other than the first manipulated variable among the manipulated variables is changed in step simultaneously with the operation amount of the first manipulated variable during the predetermined period; and an operation amount determining step of determining the operation amounts of the manipulated variables such that the control amounts of the control variables become predetermined target values based on the free responses, the first responses, and the second responses.
A method of manufacturing a security device , comprising: (a) providing a first layer comprising at least a partially translucent or transparent region; (b) applying (S101) pattern defining substance on a surface of the first transparent layer, excluding at least one first region (R1) on the surface of the first layer aligned with the at least a partially translucent or transparent region; (c) applying (S102) a formable material to a second region (R2) of the first surface, wherein the second region overlaps at least part of the at least one first region, the overlapping portions of the first and second regions respectively defining at least one third region (R3); then performing the steps (d) and (e) in any order: (d) forming (S103) the formable material in the at least one third region such that its surface distal from the first layer follows the contours of a first optically variable effect generating relief structure in the at least one first region; and (e) applying (S104) a first reflection enhancing material over the formable material to form a reflection enhancing layer which follows the contour of the relief structure; wherein the pattern defining substance impedes the retention, in areas to which the pattern defining substance was applied, of the formable material and any overlaying reflection enhancing material. (a) providing a first layer comprising at least a partially translucent or transparent region; (b) applying (S101) pattern defining substance on a surface of the first transparent layer, excluding at least one first region (R1) on the surface of the first layer aligned with the at least a partially translucent or transparent region; (c) applying (S102) a formable material to a second region (R2) of the first surface, wherein the second region overlaps at least part of the at least one first region, the overlapping portions of the first and second regions respectively defining at least one third region (R3); then performing the steps (d) and (e) in any order: (d) forming (S103) the formable material in the at least one third region such that its surface distal from the first layer follows the contours of a first optically variable effect generating relief structure in the at least one first region; and (e) applying (S104) a first reflection enhancing material over the formable material to form a reflection enhancing layer which follows the contour of the relief structure; wherein the pattern defining substance impedes the retention, in areas to which the pattern defining substance was applied, of the formable material and any overlaying reflection enhancing material.