mhurhangee/ep-ind-claims huggingface dataset:
A method for efficiently updating the position of mobile wireless user equipment, UE, to reduce the rate of energy consumption, comprising: establishing an update rate for determining position; selecting a maximum error in position; making a velocity prediction for said UE, including: making a series of at least two position fixes at said update rate; estimating the distance between at least two of said position fixes; determining the time difference between these same at least two position fixes; responsive to said time difference and said estimated distance, calculating said velocity prediction of said UE; adjusting said update rate responsive to said velocity prediction, including reducing said update rate to reduce power consumption without exceeding said maximum error in position; and making a series of position fixes at said adjusted update rate, thereby efficiently utilizing energy stored in said UE. establishing an update rate for determining position; selecting a maximum error in position; making a velocity prediction for said UE, including: making a series of at least two position fixes at said update rate; estimating the distance between at least two of said position fixes; determining the time difference between these same at least two position fixes; responsive to said time difference and said estimated distance, calculating said velocity prediction of said UE; adjusting said update rate responsive to said velocity prediction, including reducing said update rate to reduce power consumption without exceeding said maximum error in position; and making a series of position fixes at said adjusted update rate, thereby efficiently utilizing energy stored in said UE. making a series of at least two position fixes at said update rate; estimating the distance between at least two of said position fixes; determining the time difference between these same at least two position fixes; responsive to said time difference and said estimated distance, calculating said velocity prediction of said UE; adjusting said update rate responsive to said velocity prediction, including reducing said update rate to reduce power consumption without exceeding said maximum error in position; and making a series of position fixes at said adjusted update rate, thereby efficiently utilizing energy stored in said UE.
An improved geared hydraulic apparatus, comprising a pair of meshing gearwheels (10,11), mounted to be reciprocally rotatable in a casing between an inlet side and an outlet side for a fluid having, in use, a substantially transverse flow with respect to the axes of rotation of the gearwheels, the meshing gearwheels creating, during their reciprocal rotation, progressive meshing configurations between respective co-operating teeth, there being defined, in at least one of said progressive meshing configurations, in at least one cross-section of the gearwheels, at least one closed fluid entrapment area between respective teeth, said closed fluid entrapment area decreasing until it is substantially cancelled out at and around at least one other, separate progressive meshing configuration between the aforesaid respective co-operating teeth, thereby creating a fluid sealing zone over the entire width of the gearwheels between the delivery and the intake.
Power module, preferably induction module for powering one, two, three, four, at least one, at least two, at least three or at least four heating element(s), preferably electrical, radiant and/or induction heating elements, more preferably induction coils, of a cooking appliance, preferably a cooking hob, more preferably a radiant or induction hob, in particular according to one of the subsequent claims 5 to 21, the power module at least comprising: - one, two or at least two heating power units, in particular three or at least three heating power units, more in particular four or at least four heating power units, preferably heating frequency units and/or induction generators, each for providing power, in particular electrical power, to one, two, three, at least one, at least two or at least three heating elements; - one or at least one controller for controlling the heating power unit(s); - a communication interface for coupling the power module with one or at least one user interface; - wherein, in a first configuration mode, the power module is adapted to be operated either according to a master module configuration or a slave module configuration, and - wherein, in a second configuration mode, the power module is configured to directly communicate with the at least one user interface. - one, two or at least two heating power units, in particular three or at least three heating power units, more in particular four or at least four heating power units, preferably heating frequency units and/or induction generators, each for providing power, in particular electrical power, to one, two, three, at least one, at least two or at least three heating elements; - one or at least one controller for controlling the heating power unit(s); - a communication interface for coupling the power module with one or at least one user interface; - wherein, in a first configuration mode, the power module is adapted to be operated either according to a master module configuration or a slave module configuration, and - wherein, in a second configuration mode, the power module is configured to directly communicate with the at least one user interface.
Structural member, comprising: - a first region characterized by a notch, groove, aperture or other surface discontinuity, which concentrates stress resulting in comparatively high operational stress proximate to the discontinuity; and - a second region having a more refined grain structure than other portions of the structural member, said second region at least partially encompassing said first region with the discontinuity to thereby selectively improve the strength, toughness and fatigue resistance of the structural member in said first region, wherein, when the structural member is subjected to operational stress, the first region is subjected to comparatively higher magnitudes of stress than other regions of the structural member; and wherein the structural member defines a first set of second regions having refined grain structures and a second set of second regions having refined grain structures, said first set of second regions being spaced apart and generally parallel, said second set of second regions being spaced apart and generally parallel, and wherein said first set of second regions intersects said second set of second regions to thereby define a plurality of containment zones defining the first region. - a first region characterized by a notch, groove, aperture or other surface discontinuity, which concentrates stress resulting in comparatively high operational stress proximate to the discontinuity; and - a second region having a more refined grain structure than other portions of the structural member, said second region at least partially encompassing said first region with the discontinuity to thereby selectively improve the strength, toughness and fatigue resistance of the structural member in said first region,
Use of a lipid fraction comprising at least one component chosen from the group of docosahexaenoic acid, docosapentaenoic acid and eicosapentaenoic acid and at least one component selected from the group of glycolipids for the manufacture of a composition for preventing obesity in a mammal, wherein the amount of the at least one component selected from the group of glycolipids is at least 0.1 wt. % of the lipid fraction.
An antenna (100, 100a,), wherein the antenna comprises a first radiation part, a matching circuit, and a feed source, wherein the first radiation part comprises a first radiator (34, 34a, 34c), a second radiator (32, 32a), and a capacitor structure, wherein a first end of the first radiator is connected to the feed source by using the matching circuit, the feed source is connected to a grounding part, a second end of the first radiator is connected to a first end of the second radiator by using the capacitor structure, a second end of the second radiator is connected to the grounding part, the first radiation part is configured to generate a first resonance frequency, the capacitor structure is a multilayer capacitor or a variable capacitor, and a length of the second radiator is one-eighth of a wavelength corresponding to the first resonance frequency, wherein the first resonance frequency is a low-frequency resonance frequency, wherein the low-frequency resonance frequency is approximately 800MHz, wherein the shape of the second radiator (32, 32a) is an L shape, wherein the first radiation part, the matching circuit, and the grounding part are disposed on a same plane of a circuit board, wherein the antenna is configured so that a signal passes through the capacitor structure, and then passes through a parallel-distributed inductor to be connected to the grounding part, which forms a left-handed transmission structure, and wherein the first end and the second end of the second radiator form the parallel-distributed inductor in the left-handed transmission structure.
A touch panel apparatus comprising: a touch panel; a piezoelectric element disposed on the touch panel and capable of expansion and contraction; and a plurality of support members (13 a to 13f; 13a to 13h) disposed on a fixing portion and configured to support and allow for flexure vibration of the touch panel, characterized in that the support members (13a to 13f; 13a to 13h) are disposed separately in greater number in a direction, along the touch panel, intersecting an expansion and contraction direction of the piezoelectric element than in the expansion and contraction direction so that a bending direction of the touch panel due to a press matches a flexure direction of the touch panel due to the expansion and contraction of the piezoelectric element, and among at least the support members (13a to 13f; 13a to 13h) disposed in the direction intersecting the expansion and contraction direction, each support member disposed between outermost support members has a larger elastic coefficient than the outermost support members. a touch panel; a piezoelectric element disposed on the touch panel and capable of expansion and contraction; and a plurality of support members (13 a to 13f; 13a to 13h) disposed on a fixing portion and configured to support and allow for flexure vibration of the touch panel, characterized in that the support members (13a to 13f; 13a to 13h) are disposed separately in greater number in a direction, along the touch panel, intersecting an expansion and contraction direction of the piezoelectric element than in the expansion and contraction direction so that a bending direction of the touch panel due to a press matches a flexure direction of the touch panel due to the expansion and contraction of the piezoelectric element, and
An input device in an aircraft, comprising: a memory configured to store a database comprising airport information; a touchscreen display; and a processor communicatively coupled to the touchscreen display and the database system, the processor configured to: generate a database driven taxiway input interface comprising a database driven keyboard input interface, the database driven keyboard input interface comprising a smart keyboard configured to prevent invalid input based upon the airport information in the database; display the database driven taxiway input interface on the touchscreen display, the smart keyboard enabling only one or more valid input keys based upon a current location and a direction of travel of the aircraft; receive an input from the touchscreen display; determine valid subsequent airport locations and instructions based upon the airport information in the database; dynamically update the database driven keyboard input interface based upon the input to the touchscreen display if the taxiway input is incomplete. a memory configured to store a database comprising airport information; a touchscreen display; and a processor communicatively coupled to the touchscreen display and the database system, the processor configured to: generate a database driven taxiway input interface comprising a database driven keyboard input interface, the database driven keyboard input interface comprising a smart keyboard configured to prevent invalid input based upon the airport information in the database; display the database driven taxiway input interface on the touchscreen display, the smart keyboard enabling only one or more valid input keys based upon a current location and a direction of travel of the aircraft; receive an input from the touchscreen display; determine valid subsequent airport locations and instructions based upon the airport information in the database; dynamically update the database driven keyboard input interface based upon the input to the touchscreen display if the taxiway input is incomplete. generate a database driven taxiway input interface comprising a database driven keyboard input interface, the database driven keyboard input interface comprising a smart keyboard configured to prevent invalid input based upon the airport information in the database; display the database driven taxiway input interface on the touchscreen display, the smart keyboard enabling only one or more valid input keys based upon a current location and a direction of travel of the aircraft; receive an input from the touchscreen display; determine valid subsequent airport locations and instructions based upon the airport information in the database; dynamically update the database driven keyboard input interface based upon the input to the touchscreen display if the taxiway input is incomplete.
Wind turbine, comprising a hollow stator shaft, a rotor and a rotor hub, with at least one support platform device facilitating access to the inner of the rotor hub, with the at least one platform device comprises a first platform which is detachably mounted to a stationary mounting surface characterised by the mounting surface facing directly to the inner of the rotor hub.
A heat exchanger (11, 11a) comprising: a header (90, 50); a plurality of flat tubes arranged in line along a longitudinal direction of the header, and is connected to the header; a first partitioning member that partitions an inner space of the header into a flat tube-side space on a side the plurality of flat tubes is connected, and an opposite-flat tube-side space on a side opposite to the flat tube-side space; and a second partitioning member (70, 91, 271, 370, 391, 471) that partitions the inner space of the header into a first side and a second side, the first side being one side of the longitudinal direction of the header, the second side being opposite to the first side, wherein the first partitioning member has a common opening (95U, 95Ua to 95Ug); characterised in that the common opening includes an insertion opening portion (95s, 95t) and a refrigerant opening portion through which a refrigerant moves between the flat tube-side space and the opposite-flat tube-side space, and the second partitioning member (70, 91, 271, 370, 391, 471) is inserted into the insertion opening portion (95s, 95t). a header (90, 50); a plurality of flat tubes arranged in line along a longitudinal direction of the header, and is connected to the header; a first partitioning member that partitions an inner space of the header into a flat tube-side space on a side the plurality of flat tubes is connected, and an opposite-flat tube-side space on a side opposite to the flat tube-side space; and a second partitioning member (70, 91, 271, 370, 391, 471) that partitions the inner space of the header into a first side and a second side, the first side being one side of the longitudinal direction of the header, the second side being opposite to the first side, wherein the first partitioning member has a common opening (95U, 95Ua to 95Ug); characterised in that the common opening includes an insertion opening portion (95s, 95t) and a refrigerant opening portion through which a refrigerant moves between the flat tube-side space and the opposite-flat tube-side space, and the second partitioning member (70, 91, 271, 370, 391, 471) is inserted into the insertion opening portion (95s, 95t).
Closure system for a switchgear cabinet door, including at least one closing rod which is predeterminably movable between a closing position and a release position, wherein a first end of the closing rod is provided, in the closing position for closing the switchgear cabinet door, to engage in an opening of a switchgear cabinet housing, characterised in that the closure system has at least one stiffening profile extending substantially parallel to the closing rod, that the stiffening profile is provided for a fixed-position fastening to a base body of the switchgear cabinet door, that the at least one stiffening profile has at least one closing receptacle, and that the closing rod has at least one closing extension, wherein the at least one closing extension in the closing position forms a form-fitting connection with the at least one closing receptacle and in the release position releases the at least one closing receptacle.
A method for installing a software package on at least one computer, the software package having a container-based architecture and including a set of containers, the method comprising: providing a user interface, "UI", via which a use specification is received from a user; identifying a subset of the set of containers based at least in part on comparing the received use specification with descriptors of the containers of the set of containers; computing resource requirements for the containers of the subset; displaying said computed resource requirements for the containers of the subset; after the displaying and responsive to receipt of an installation approval via the user interface, downloading the containers of the subset of containers from an Internet-based server to the at least one computer; and linking the downloaded containers with an operating system, "OS", kernel at the at least one computer under which the containers are to run. providing a user interface, "UI", via which a use specification is received from a user; identifying a subset of the set of containers based at least in part on comparing the received use specification with descriptors of the containers of the set of containers; computing resource requirements for the containers of the subset; displaying said computed resource requirements for the containers of the subset; after the displaying and responsive to receipt of an installation approval via the user interface, downloading the containers of the subset of containers from an Internet-based server to the at least one computer; and linking the downloaded containers with an operating system, "OS", kernel at the at least one computer under which the containers are to run.
Retractable immersion assembly for a process vessel containing a fluid, said process vessel being used to measure process variables of the fluid, with an assembly housing with an immersion tube, a retraction pipe which is mounted in the immersion tube and be can moved in the direction of its longitudinal axis and which can be slid out of the immersion tube and into the fluid, and a tubular sensor holder arranged in the retraction pipe and holding an electrode, said sensor holder being open at its free end located in the retraction pipe in such a way that the fluid can be directed to the electrode via openings in the retraction pipe, wherein the sensor holder is extended to over the free end of the retraction pipe, which is located outside the process vessel by means of an adapter, characterized in that the adapter is detachably secured to the sensor holder, and the adapter is a multi-part adapter and the parts are separable and are arranged one behind the other.
A method for detecting a genetic abnormality that involves a quantitative difference between maternal and fetal genetic sequences by differential detection of target sequences in a mixture of maternal and fetal genetic material, comprising the steps of: a) distributing the genetic material into discrete samples, each sample containing on average not more than one target sequence per sample, wherein the discrete samples are in reaction samples where the target sequences can be analyzed; b) measuring the presence of different target sequences in the discrete samples, wherein the measuring comprises direct sequencing of the genetic material or sequencing of amplified derivatives of the target sequences in clones or amplicons of the genetic material; and, c) analyzing a number of the discrete samples, wherein the number of discrete samples analyzed and the results from the discrete samples provide data sufficient to obtain results distinguishing said different target sequences, wherein one of the different target sequences is diploid in the maternal genetic material and aneuploid in the fetal genetic material and another of the different target sequences is diploid in both the maternal and the fetal genetic material, thereby detecting a genetic abnormality that involves a quantitative difference between maternal and fetal genetic sequences. a) distributing the genetic material into discrete samples, each sample containing on average not more than one target sequence per sample, wherein the discrete samples are in reaction samples where the target sequences can be analyzed; b) measuring the presence of different target sequences in the discrete samples, wherein the measuring comprises direct sequencing of the genetic material or sequencing of amplified derivatives of the target sequences in clones or amplicons of the genetic material; and, c) analyzing a number of the discrete samples, wherein the number of discrete samples analyzed and the results from the discrete samples provide data sufficient to obtain results distinguishing said different target sequences,
An automatic composition apparatus comprising: a processing unit configured to perform following processes: a note pitch shift process of performing pitch shift on pitches of individual note data items included in an input phrase, thereby generating a plurality of different modified phrases; a matching-level calculating process of calculating, for each modified phrase, a matching level between the modified phrase and a designated chord progression data item, with reference to a plurality of note connection rules each of which defines a connection relation of consecutive note types, note types being types of notes constituting an available note scale, representing notes available for melodies, as a scale, for given chord progressions; a process of selecting, from the plurality of modified phrases, the modified phrase having the highest matching level; and a melody generating process of generating a melody based on the selected modified phrase. a note pitch shift process of performing pitch shift on pitches of individual note data items included in an input phrase, thereby generating a plurality of different modified phrases; a matching-level calculating process of calculating, for each modified phrase, a matching level between the modified phrase and a designated chord progression data item, with reference to a plurality of note connection rules each of which defines a connection relation of consecutive note types, note types being types of notes constituting an available note scale, representing notes available for melodies, as a scale, for given chord progressions; a process of selecting, from the plurality of modified phrases, the modified phrase having the highest matching level; and a melody generating process of generating a melody based on the selected modified phrase.