mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing information pertaining to a node of a tree in a graphical user interface of an integrated software development environment, IDE, comprising: indicating a node for which information is desired, wherein the node is a node of a software data structure displayed by a model editor of the IDE in a design view, and information of the node comprises at least one object property of an object represented by the node; and upon said indication, displaying information regarding the node in an object property panel in direct visual proximity to the node, wherein the node visually appears in the tree with the displayed information in direct visual proximity to the node, and wherein the displayed information does not visually obscure any part of the tree, editing the information of the node via changing the displayed information, wherein the act of displaying information comprises: inserting information regarding the node visually below the node while the node visually appears in the tree; and expanding the tree below the node to make a space for the displayed information such that the displayed information does not visually obscure any part of the tree. indicating a node for which information is desired, wherein the node is a node of a software data structure displayed by a model editor of the IDE in a design view, and information of the node comprises at least one object property of an object represented by the node; and upon said indication, displaying information regarding the node in an object property panel in direct visual proximity to the node, wherein the node visually appears in the tree with the displayed information in direct visual proximity to the node, and wherein the displayed information does not visually obscure any part of the tree, editing the information of the node via changing the displayed information, wherein the act of displaying information comprises: inserting information regarding the node visually below the node while the node visually appears in the tree; and expanding the tree below the node to make a space for the displayed information such that the displayed information does not visually obscure any part of the tree. inserting information regarding the node visually below the node while the node visually appears in the tree; and expanding the tree below the node to make a space for the displayed information such that the displayed information does not visually obscure any part of the tree.
A marine vessel in which at least one gas fuel consumer is arranged at a first horizontal level (20.1) in the vessel and at least one gas tank for the gas fuel consumer is arranged at a second horizontal level (20.3) in the vessel, and the vessel is provided with a fluid passing shaft comprising a vertically extending part arranged to extend between the first and the second horizontal levels (20.1, 20.3), and the fluid passing shaft comprises at least one gas conduit arranged to extend via the fluid passing shaft from the at least one gas tank to the at least one gas fuel consumer , characterized in that the fluid passing shaft comprises a laterally extending part which is arranged to at least partly support the gas consumers of the vessel .
An electrochromic window comprising an electrochromic device , the electrochromic device comprising a substrate ; and an electrochromic device coating disposed on the substrate, the electrochromic device coating comprising: first and second transparent conductors , wherein at least one of the first and second transparent conductors is a multi-layered conductor; and an electrochromic stack between the first and second transparent conductors ; wherein the multi-layer conductor comprises a metal layer sandwiched between a first non-metal layer and a second non-metal layer such that the metal layer does not contact the electrochromic stack , wherein the first non-metal layer is a transparent conductive oxide layer, and wherein the second non-metal layer is a transparent conductive oxide layer or a defect mitigating insulating layer, characterised in that the multi-layer conductor further comprises a third non-metal layer located between the first non-metal layer and the metal layer, and the third non-metal layer is a defect mitigating insulating layer. a substrate ; and an electrochromic device coating disposed on the substrate, the electrochromic device coating comprising: first and second transparent conductors , wherein at least one of the first and second transparent conductors is a multi-layered conductor; and an electrochromic stack between the first and second transparent conductors ; wherein the multi-layer conductor comprises a metal layer sandwiched between a first non-metal layer and a second non-metal layer such that the metal layer does not contact the electrochromic stack , wherein the first non-metal layer is a transparent conductive oxide layer, and wherein the second non-metal layer is a transparent conductive oxide layer or a defect mitigating insulating layer, characterised in that the multi-layer conductor further comprises a third non-metal layer located between the first non-metal layer and the metal layer, and the third non-metal layer is a defect mitigating insulating layer. first and second transparent conductors , wherein at least one of the first and second transparent conductors is a multi-layered conductor; and an electrochromic stack between the first and second transparent conductors ; wherein the multi-layer conductor comprises a metal layer sandwiched between a first non-metal layer and a second non-metal layer such that the metal layer does not contact the electrochromic stack , wherein the first non-metal layer is a transparent conductive oxide layer, and wherein the second non-metal layer is a transparent conductive oxide layer or a defect mitigating insulating layer, characterised in that the multi-layer conductor further comprises a third non-metal layer located between the first non-metal layer and the metal layer, and the third non-metal layer is a defect mitigating insulating layer.
A transmission device , comprising: a modulation unit that performs chirp-spread modulation on an input information series to generate a modulation signal; a delay unit that provides, to a plurality of modulation signals obtained by duplicating the modulation signal generated by the modulation unit, delays having lengths different from each other, a difference between the delays being an integral multiple of a reciprocal of a bandwidth of the modulation signal; and a plurality of transmission antennas that transmit the plurality of modulation signals, respectively, to which the delays are provided by the delay unit. a modulation unit that performs chirp-spread modulation on an input information series to generate a modulation signal; a delay unit that provides, to a plurality of modulation signals obtained by duplicating the modulation signal generated by the modulation unit, delays having lengths different from each other, a difference between the delays being an integral multiple of a reciprocal of a bandwidth of the modulation signal; and a plurality of transmission antennas that transmit the plurality of modulation signals, respectively, to which the delays are provided by the delay unit.
A foldable electronic device comprising: a display panel ; a cushion member disposed below the display panel to protect the display panel; an electronic module inserted into a hole defined in the display panel and the cushion member ; characterized by a light blocking pattern disposed on the display panel , wherein the light blocking pattern surrounds the electronic module in a plan view from a direction normal to the display panel , wherein the electronic module is spaced apart from a sidewall configured to define the hole in a first state in which the display panel and the cushion member are folded and in a second state in which the display panel and the cushion member are unfolded. a display panel ; a cushion member disposed below the display panel to protect the display panel; an electronic module inserted into a hole defined in the display panel and the cushion member ; characterized by a light blocking pattern disposed on the display panel , wherein the light blocking pattern surrounds the electronic module in a plan view from a direction normal to the display panel , wherein the electronic module is spaced apart from a sidewall configured to define the hole in a first state in which the display panel and the cushion member are folded and in a second state in which the display panel and the cushion member are unfolded.
A method for genotyping one or more multiallelic markers using a computer system, the method comprising: acquiring signals for one or more multiallelic markers in one or more samples, said one or more multiallelic markers comprising n alleles, wherein n is the number of possible alleles that is three or more; for each multiallelic marker, clustering the signals for each pair of alleles in a plurality of allele pairs from the one or more samples, resulting in clusters representing each allele pair; for each homozygous cluster representing a homozygous allele pair, collecting signals for an alternative allele for calculation of a background signal for the alternative allele, resulting in a plurality of background signals each representing a respective allele; assigning initial genotype calls for each sample for each allele pair based upon the signals and the background signals; calculating a multivariate normal distribution in an n-dimensional space for each cluster using the initial genotype calls and prior cluster parameters; for each multivariate normal distribution for each cluster, calculating a logarithmic likelihood of membership for each sample; based on the logarithmic likelihood of membership, calculating, for each sample, a probability of membership in each cluster; and assigning a final genotype call to each sample based on the probability of membership. acquiring signals for one or more multiallelic markers in one or more samples, said one or more multiallelic markers comprising n alleles, wherein n is the number of possible alleles that is three or more; for each multiallelic marker, clustering the signals for each pair of alleles in a plurality of allele pairs from the one or more samples, resulting in clusters representing each allele pair; for each homozygous cluster representing a homozygous allele pair, collecting signals for an alternative allele for calculation of a background signal for the alternative allele, resulting in a plurality of background signals each representing a respective allele; assigning initial genotype calls for each sample for each allele pair based upon the signals and the background signals; calculating a multivariate normal distribution in an n-dimensional space for each cluster using the initial genotype calls and prior cluster parameters; for each multivariate normal distribution for each cluster, calculating a logarithmic likelihood of membership for each sample; based on the logarithmic likelihood of membership, calculating, for each sample, a probability of membership in each cluster; and assigning a final genotype call to each sample based on the probability of membership.
A sports boot , in particular a ski boot for exercising ski sports, with a lower boot portion intended to receive a user's foot and an upper boot portion intended to receive the lower leg portion of this user, the upper boot portion being connected to the lower boot portion , a sensor assembly comprising multiple distributed pressure-sensitive sensors (9a-d), which are connected or can be connected via electrical cables (17a-d) to an electronic signal processing device , wherein at least two sensors of the sensor assembly are provided on a sole assembly of the sports boot , and wherein at least one first sensor is positioned in a front foot portion of the sole assembly and at least one second sensor is positioned in a heel portion of the sole assembly , wherein the at least one first sensor in the front foot portion of the sole assembly is connected to the at least one second sensor in the heel portion of the sole assembly via a multipolar foil strip conductor , wherein the multipolar foil strip conductor is designed so as to have a length adjustable as necessary, such that a distance between the at least one first sensor and the at least one second sensor can be adapted to various sole lengths during the course of manufacturing of the sports boot , characterized in that the foil strip conductor comprises a first foil strip conductor portion connected to the at least one second sensor and a second foil strip conductor portion (38") connected to the at least one first sensor , and that an overlap width between the first foil strip conductor portion and the second foil strip conductor portion (38") is designed so as to be changeable, so that an accordingly assembled foil strip conductor can be adapted to different sole lengths as necessary.
Combination metering assembly for filling liquid products into containers comprising a base unit and pump components of at least two different pump types for metering operation, wherein the pump components of a respective pump type can be combined with the base unit to form a pump system of the relevant pump type and the base unit has connection means for this purpose which are compatible for connection to the pump components, wherein pump components of one pump type and pump components of at least one further pump type can be combined with the base unit at the same time in order to configure three operational pump systems, wherein the combination metering assembly further comprises a controllable switching device by means of which each of the pump systems to be formed can be selected for operation, wherein the pump systems comprise a rotary piston pump, a peristaltic pump and a time-pressure metering device .
A method for programming a hearing assistive device, including: - initiating the programming session by requesting write access from a programming device to the hearing assistive device; - sending, in response to the request, a first message from the hearing assistive device to a programming-rights-management server, the first message includes a unique identity of the hearing assistive device and a request concerning the permissions of the programming device; - generating, in the programming-rights-management server, a programming rights permission list containing a whitelist of memory addresses with associated access rights for the programming device in question; - sending a second message containing the programming rights permission list from the programming-rights-management server to the hearing assistive device; - transferring programming data in a programming session from the programming device to the hearing assistive device; - writing the received programming data as control data sets permitted according the programming rights permission list received from the programming-rights-management server; and - terminating the programming session once data writing has been completed. - initiating the programming session by requesting write access from a programming device to the hearing assistive device; - sending, in response to the request, a first message from the hearing assistive device to a programming-rights-management server, the first message includes a unique identity of the hearing assistive device and a request concerning the permissions of the programming device; - generating, in the programming-rights-management server, a programming rights permission list containing a whitelist of memory addresses with associated access rights for the programming device in question; - sending a second message containing the programming rights permission list from the programming-rights-management server to the hearing assistive device; - transferring programming data in a programming session from the programming device to the hearing assistive device; - writing the received programming data as control data sets permitted according the programming rights permission list received from the programming-rights-management server; and - terminating the programming session once data writing has been completed.
A composition for administering zinc, formulated as a solid dosage form for oral administration, comprising about 10 - 40 wt% of γ-polyglutamic acid having a number average molecular weight in the range of about 5 kDa to about 300 kDa, a zinc salt wherein the amount of zinc present per solid dosage form is about 1 mg to about 100 mg, and a gastro-resistant material.
An abrasive article comprising: a sintered abrasive particulate material having a density of at least 3.7 g/cm 3 , the sintered abrasive particulate material comprising alumina crystals and an additive ratio of magnesium and calcium [Mg:Ca] within a range between about 1:1 and about 10:1, the additive ratio defining a ratio between the weight percent of magnesium to the weight percent of calcium within the sintered abrasive particulate material, and wherein the sintered abrasive particulate material further comprises at least 0.2 wt% Ca for the total weight of the sintered abrasive particulate material, and wherein the sintered abrasive particulate material comprises a polycrystalline structure having a crystalline content of at least 97 wt% of the total weight of the abrasive particulate material, and wherein the magnesium and calcium are uniformly dispersed throughout the polycrystalline structure and preferentially located at crystal boundaries between the alumina crystals. a sintered abrasive particulate material having a density of at least 3.7 g/cm 3 , the sintered abrasive particulate material comprising alumina crystals and an additive ratio of magnesium and calcium [Mg:Ca] within a range between about 1:1 and about 10:1, the additive ratio defining a ratio between the weight percent of magnesium to the weight percent of calcium within the sintered abrasive particulate material, and wherein the sintered abrasive particulate material further comprises at least 0.2 wt% Ca for the total weight of the sintered abrasive particulate material, and wherein the sintered abrasive particulate material comprises a polycrystalline structure having a crystalline content of at least 97 wt% of the total weight of the abrasive particulate material, and wherein the magnesium and calcium are uniformly dispersed throughout the polycrystalline structure and preferentially located at crystal boundaries between the alumina crystals.
An adjustable shelving rack for maintaining a plurality of containers in a suspended stacked configuration within a shelf of a shelving unit , the adjustable shelving rack comprising: a substantially rectangular panel comprising a plurality of horizontal supports ; wherein the substantially rectangular panel is comprised of a lattice work or grid of horizontal supports and vertical supports and wherein each of the plurality of horizontal supports extend perpendicularly from a vertical plane defined by the panel , characterized in that it further comprises a removable vice assembly disposed in each corner of the panel , wherein each removable vice assembly is configured to selectively squeeze at least one traverse forming the shelf. a substantially rectangular panel comprising a plurality of horizontal supports ; wherein the substantially rectangular panel is comprised of a lattice work or grid of horizontal supports and vertical supports and wherein each of the plurality of horizontal supports extend perpendicularly from a vertical plane defined by the panel , characterized in that it further comprises a removable vice assembly disposed in each corner of the panel , wherein each removable vice assembly is configured to selectively squeeze at least one traverse forming the shelf.
Structural cable for constructions, in particular stay cable for a cable-stayed bridge, the cable comprising at least one strand , preferably at least one tendon, and a photoluminescent layer, wherein said layer is visible during the intended use of said cable and wherein an external sheathing, in particular an assembly of sheath sections, extending over substantially the entire cable length and enclosing said at least one strand comprises said photoluminescent layer, characterised in that the photoluminescent layer comprises one or more phosphorescent substances, in particular one or more phosphorescent substances selected from the group consisting of silica aluminate, strontium aluminate, aluminate with fluorescent pigment, alkaline earth silicate, and zinc sulfide.
A communication method for a terminal device, comprising: sending , a registration request message to a core network device through a radio access network device, wherein the registration request message comprises first network slice information, and the first network slice information is information about a first network slice corresponding to a protocol data unit, PDU, session that the terminal device expects to establish; and receiving , through the radio access network device, a registration accept message sent by the core network device, wherein the registration accept message comprises information about a first registration area allocated to the terminal device and second network slice information, the second network slice information is information about a second network slice that is allowed to be used by the terminal device in the first registration area, wherein the first registration area allocated to the terminal device comprises at least one tracking area, and each of the at least one tracking area supports the first network slice and the second network slice information comprises the first network slice information. sending , a registration request message to a core network device through a radio access network device, wherein the registration request message comprises first network slice information, and the first network slice information is information about a first network slice corresponding to a protocol data unit, PDU, session that the terminal device expects to establish; and receiving , through the radio access network device, a registration accept message sent by the core network device, wherein the registration accept message comprises information about a first registration area allocated to the terminal device and second network slice information, the second network slice information is information about a second network slice that is allowed to be used by the terminal device in the first registration area, wherein the first registration area allocated to the terminal device comprises at least one tracking area, and each of the at least one tracking area supports the first network slice and the second network slice information comprises the first network slice information.