mhurhangee/patent-ind-claim-en huggingface dataset:
A method for writing data to a data storage system comprising a plurality of data storage nodes, the method being employed in a server running an application which accesses data in the data storage system, and comprising: - sending a multicast storage query to a plurality of said storage nodes; - receiving a plurality of responses from a subset of said storage nodes, the responses including storage node information respectively relating to each storage node; - selecting at least two storage nodes in the subset, based on said responses, wherein the selecting includes -- determining, based on an algorithm, for each storage node in the subset, a probability factor which is based on its storage node information, and, -- selecting said at least two storage nodes in a random selection from said subset, wherein the probability of a storage node being selected in said random selection is proportional to its probability factor; and - sending data and a data identifier, corresponding to the data, to the selected storage nodes. - sending a multicast storage query to a plurality of said storage nodes; - receiving a plurality of responses from a subset of said storage nodes, the responses including storage node information respectively relating to each storage node; - selecting at least two storage nodes in the subset, based on said responses, wherein the selecting includes -- determining, based on an algorithm, for each storage node in the subset, a probability factor which is based on its storage node information, and, -- selecting said at least two storage nodes in a random selection from said subset, wherein the probability of a storage node being selected in said random selection is proportional to its probability factor; and -- determining, based on an algorithm, for each storage node in the subset, a probability factor which is based on its storage node information, and, -- selecting said at least two storage nodes in a random selection from said subset, wherein the probability of a storage node being selected in said random selection is proportional to its probability factor; and - sending data and a data identifier, corresponding to the data, to the selected storage nodes.
A refrigerator comprising a body ; at least one door providing access into the body ; a rear wall disposed at the rear side of a fresh food or freezing compartments in the body ; two opposite sidewalls disposed at both sides of the fresh food or freezing compartments, and at least one shelf that is disposed in the body and whereon the foodstuffs to be cooled or frozen to be placed, - a plurality of recesses that are disposed on the rear wall , which are arranged one above the other to the right and left of a central axis (E) perpendicular to the horizontal plane that is accepted to pass through almost the center of the side of the shelf bearing against the rear wall and that determine the position of the shelf at different heights, - a height adjustment mechanism that is disposed at the underside of the shelf and that enables a position of the shelf in the body to be fixed at a level the shelf is brought to by fitting into the two right and left recesses which are symmetrical with respect to the central axis (E) characterized by - a locking arm that has a U shape of which extensions are fitted into two symmetrical recesses in the locked position at the level the shelf is brought to and - the height adjustment mechanism comprising a handle that is connected to the locking arm , that can be moved perpendicularly to the rear wall under the shelf and that enables the locking arm to be freed from the recess when a user pulls the handle toward himself or herself, thus enabling the shelf to be freed so as to be moved upwards or downwards. - a plurality of recesses that are disposed on the rear wall , which are arranged one above the other to the right and left of a central axis (E) perpendicular to the horizontal plane that is accepted to pass through almost the center of the side of the shelf bearing against the rear wall and that determine the position of the shelf at different heights, - a height adjustment mechanism that is disposed at the underside of the shelf and that enables a position of the shelf in the body to be fixed at a level the shelf is brought to by fitting into the two right and left recesses which are symmetrical with respect to the central axis (E) characterized by - a locking arm that has a U shape of which extensions are fitted into two symmetrical recesses in the locked position at the level the shelf is brought to and - the height adjustment mechanism comprising a handle that is connected to the locking arm , that can be moved perpendicularly to the rear wall under the shelf and that enables the locking arm to be freed from the recess when a user pulls the handle toward himself or herself, thus enabling the shelf to be freed so as to be moved upwards or downwards.
An integrated circuit comprising: via-configured structured logic circuitry; and an embedded arithmetic block that interfaces with the via-configured structured logic circuitry to perform an arithmetic function, wherein the embedded arithmetic block comprises a plurality of monolithic arithmetic circuits. via-configured structured logic circuitry; and an embedded arithmetic block that interfaces with the via-configured structured logic circuitry to perform an arithmetic function, wherein the embedded arithmetic block comprises a plurality of monolithic arithmetic circuits.
A system to connect a first pipe and a second pipe , said system comprising: - the first pipe - the second pipe - a locking ring having a beveled part ; - a locking flange being connected to the second pipe and being configured to push, in a longitudinal direction of the first pipe, the beveled part of the locking ring against a corresponding beveled portion connected to the second pipe so that a friction force between the locking ring and the first pipe is equal to at least 60% of a pull-out force in response to said pull-out force directed in said longitudinal direction and applied to the first pipe . wherein the corresponding beveled portion is part of a middle flange that is installed between the locking flange and the second pipe . wherein the first pipe has a nozzle recess and wherein the middle flange holds said nozzle recess. - the first pipe - the second pipe - a locking ring having a beveled part ; - a locking flange being connected to the second pipe and being configured to push, in a longitudinal direction of the first pipe, the beveled part of the locking ring against a corresponding beveled portion connected to the second pipe so that a friction force between the locking ring and the first pipe is equal to at least 60% of a pull-out force in response to said pull-out force directed in said longitudinal direction and applied to the first pipe .
Quantum device with at least two spin qubits, comprising at least: - a semiconductor portion comprising a main dimension according to a first direction (X) and arranged on a buried dielectric layer of a semiconductor-on-insulator type substrate which further comprises a semiconductor support layer such that the buried dielectric layer is arranged between the semiconductor portion and the support layer , wherein at least two first distinct parts each form a confinement region of one of the at least two qubits and are spaced apart from one another by at least one second part forming a coupling region between the confinement regions of the at least two qubits; - at least two front gates comprising a main dimension according to a second direction (Y) perpendicular to the first direction and crossing the semiconductor portion in a top view, an intermediate part of each of the at least two front gates covering one of the at least two first parts of the semiconductor portion ; characterized in that the support layer comprises at least one doped region with at least a part arranged in line with the at least one second part of the semiconductor portion and aligned with respect to the front gates such that edges of a projection of the at least one doped region in a plane which is parallel to the interface between the support layer and the buried dielectric layer are aligned with those of a projection of the front gates in said plane, thereby forming at least one back gate controlling coupling between the confinement regions of the at least two qubits. - a semiconductor portion comprising a main dimension according to a first direction (X) and arranged on a buried dielectric layer of a semiconductor-on-insulator type substrate which further comprises a semiconductor support layer such that the buried dielectric layer is arranged between the semiconductor portion and the support layer , wherein at least two first distinct parts each form a confinement region of one of the at least two qubits and are spaced apart from one another by at least one second part forming a coupling region between the confinement regions of the at least two qubits; - at least two front gates comprising a main dimension according to a second direction (Y) perpendicular to the first direction and crossing the semiconductor portion in a top view, an intermediate part of each of the at least two front gates covering one of the at least two first parts of the semiconductor portion ;
A process for hydrogenation of aromatic polycarboxylic acids or derivatives thereof to the corresponding alicyclic polycarboxylic acids or derivatives thereof by hydrogenation of aromatic polycarboxylic acids or derivatives thereof with a catalyst in hydrogen atmosphere, wherein the catalyst comprises an active metal of group VIIIB transition elements of the periodic table and a catalyst support of group IIA and group IVA elements of the periodic table, wherein the active metal of group VIIIB transition elements, the catalyst support of group IIA elements and the catalyst support of group IVA elements are in the weight ratio of (10-80) : (1-30) : (1-30), wherein the hydrogenation is carried out at pressure between 1-30 bar and temperature between 50-100 °C, wherein the derivatives of aromatic polycarboxylic acids comprise dimethyl phthalate (DMP), dimethyl terephthalate (DMT), dimethyl isophthalate, diethyl phthalate (DEP), dibutyl phthalate (DBP), diisooctyl phthalate (DOP), diisononyl phthalate (DINP), benzyl butyl phthalate (BBP), diisodecyl phthalate (DIDP), dioctyl terephthalate (DOTP) or any combination of the above.
Surge arrester comprising a housing , which has a grounding contact and a high-voltage contact , wherein the grounding contact and the high-voltage contact each electrically connect the interior to the exterior of the housing , and comprising an arrester element , which is arranged in the housing and has an arrester column which is clamped in between two end fittings , wherein, by way of a contact element which is displaceable in an axial direction by means of a displacement device , an electrical connection from the grounding contact to the high-voltage contact via the arrester element can be interrupted, wherein the housing is formed as fluid-tight and is filled with a fluid to increase the dielectric strength, and, by way of the contact element which is displaceable in the axial direction by means of the displacement device , the electrical connection from the grounding contact to the high-voltage contact via the arrester element can be established in order to close a disconnection point between the grounding contact and the high-voltage contact , and a plurality of such arrester elements with in each case one contact element are arranged in the housing , which has in each case one high-voltage contact for each arrester element , wherein the contact elements are jointly displaceable by means of the displacement device , wherein each of the arrester elements respectively has a cylindrical arrester column , an electrically conducting end fitting on the high-voltage side and an electrically conducting end fitting on the ground side, wherein the arrester columns are in each case clamped between the end fittings by means of tensioning elements , characterized in that in each case one of the contact elements is guided in a bore of the respective end fitting on the high-voltage side.
A method of detecting a B cell lymphocyte expressing an antibody that specifically binds to an antigen of interest for preparation of a cDNA library, the method comprising: introducing a sample comprising B cell lymphocytes into a microfluidic device, the microfluidic device comprising: an enclosure having a flow region and a sequestration pen, wherein said sequestration pen comprises an isolation region having a single opening and a connection region, said connection region providing a fluidic connection between said isolation region and said flow region, and wherein said isolation region of said sequestration pen is an unswept region of said microfluidic device; loading a B cell lymphocyte from said sample into said isolation region of said sequestration pen; introducing said antigen of interest into said flow region of said enclosure such that said antigen of interest is proximal to said B cell lymphocyte; and monitoring binding of said antigen of interest to said antibody expressed by said B cell lymphocyte disposed on a surface of said isolation region, wherein said isolation region of said sequestration pen comprises at least one conditioned surface, thereby detecting an antibody-expressing B cell lymphocyte of interest; and lysing the B cell lymphocyte of interest, thereby releasing RNA. introducing a sample comprising B cell lymphocytes into a microfluidic device, the microfluidic device comprising: an enclosure having a flow region and a sequestration pen, wherein said sequestration pen comprises an isolation region having a single opening and a connection region, said connection region providing a fluidic connection between said isolation region and said flow region, and wherein said isolation region of said sequestration pen is an unswept region of said microfluidic device; loading a B cell lymphocyte from said sample into said isolation region of said sequestration pen; introducing said antigen of interest into said flow region of said enclosure such that said antigen of interest is proximal to said B cell lymphocyte; and monitoring binding of said antigen of interest to said antibody expressed by said B cell lymphocyte disposed on a surface of said isolation region, wherein said isolation region of said sequestration pen comprises at least one conditioned surface, thereby detecting an antibody-expressing B cell lymphocyte of interest; and lysing the B cell lymphocyte of interest, thereby releasing RNA.
A computer implemented method of determining front propagation within a subsurface volume, said subsurface volume being discretised into a plurality of cells, said method comprising: performing a fast marching algorithm so as to determine said front propagation in terms of the time of arrival of the front at a particular cell from one or more neighbouring cells which make up a neighbourhood of said particular cell; wherein said fast marching algorithm is performed to obtain an expression of the drained volume as a function of diffusive time of flight and the method further comprises converting this expression to simulate the pressure variation induced by a well test. performing a fast marching algorithm so as to determine said front propagation in terms of the time of arrival of the front at a particular cell from one or more neighbouring cells which make up a neighbourhood of said particular cell; wherein said fast marching algorithm is performed to obtain an expression of the drained volume as a function of diffusive time of flight and the method further comprises converting this expression to simulate the pressure variation induced by a well test.
A film-covered battery, comprising: a battery element obtained by arranging positive and negative electrodes through separators, and a pair of opposed film covering materials each obtained by stacking a heat sealing layer , a barrier layer , and a protective layer , wherein the pair of opposed heat sealing layers has a sealing portion that seals a periphery of the film covering materials , the pair of opposed film covering materials forming a housing portion which houses the battery element , characterized in that the sealing portion includes: an agglomeration/sealing portion ; and a first interface bonding portion having a bonding interface between the film covering materials , the first interface bonding portion being provided so as to be adjacent to the battery element housing portion side of the agglomeration/sealing portion , the interface bonding portion being smaller in strength than the agglomeration/sealing portion . a battery element obtained by arranging positive and negative electrodes through separators, and a pair of opposed film covering materials each obtained by stacking a heat sealing layer , a barrier layer , and a protective layer , wherein the pair of opposed heat sealing layers has a sealing portion that seals a periphery of the film covering materials , the pair of opposed film covering materials forming a housing portion which houses the battery element , characterized in that the sealing portion includes: an agglomeration/sealing portion ; and a first interface bonding portion having a bonding interface between the film covering materials , the first interface bonding portion being provided so as to be adjacent to the battery element housing portion side of the agglomeration/sealing portion , the interface bonding portion being smaller in strength than the agglomeration/sealing portion . an agglomeration/sealing portion ; and a first interface bonding portion having a bonding interface between the film covering materials , the first interface bonding portion being provided so as to be adjacent to the battery element housing portion side of the agglomeration/sealing portion , the interface bonding portion being smaller in strength than the agglomeration/sealing portion .
Arrangement for inspecting containers, wherein the arrangement comprises: - means for receiving image data of a container taken by one or more cameras , the image data comprising image data of the exterior of the container and of the interior of the container ; - a storage unit comprising a 3D model of the container, - means for verifying a location and/or position data of the image data in relation to the 3D model of the container, and - means for analyzing the received image data such that when the location and/or position data of the received image data is known, the corresponding location in the 3D model of the container is compared with it, and - means for detecting points of damage, such that when a difference is found between the image data of the exterior wall and the 3D model of the container, the corresponding location in the interior wall is reviewed as well in order to find out if the damage is found on one side of the wall only or on both sides of the wall, the arrangement being configured to generate a 3D object comprising the received image data, the 3D model of the container and the detected point of damage, such that the arrangement is configured to supplement the 3D model of the container with the received image data and the detected point of damage, so that in the generated 3D object, if the damage is found on both sides of the wall, the damage is visible on the outside of the container and on the corresponding location on the inside of the container ; and the arrangement comprises means for receiving a damage measurement taken by a vibration measurement device, when the container is subjected to measurable vibration, and for including said damage measurement in the 3D object of the container. - means for receiving image data of a container taken by one or more cameras , the image data comprising image data of the exterior of the container and of the interior of the container ; - a storage unit comprising a 3D model of the container, - means for verifying a location and/or position data of the image data in relation to the 3D model of the container, and - means for analyzing the received image data such that when the location and/or position data of the received image data is known, the corresponding location in the 3D model of the container is compared with it, and - means for detecting points of damage, such that when a difference is found between the image data of the exterior wall and the 3D model of the container, the corresponding location in the interior wall is reviewed as well in order to find out if the damage is found on one side of the wall only or on both sides of the wall,
A temperature adjusting structure which adjusts a temperature of an electric storage module mounted on a vehicle, comprising: an intake path configured to take in air in a vehicle interior from an intake port and guide the air to the electric storage module located below a horizontal plane on which the intake port is located, wherein a bottom face of the intake path has an inclined face extending upward from a lower end portion (32a1) of the intake port and facing the intake port , and an opening plane of the intake port is substantially orthogonal to the horizontal plane or is inclined with respect to the horizontal plane to be directed upward. an intake path configured to take in air in a vehicle interior from an intake port and guide the air to the electric storage module located below a horizontal plane on which the intake port is located, wherein a bottom face of the intake path has an inclined face extending upward from a lower end portion (32a1) of the intake port and facing the intake port , and an opening plane of the intake port is substantially orthogonal to the horizontal plane or is inclined with respect to the horizontal plane to be directed upward.
A battery pack comprising: a plurality of first battery modules and a plurality of second battery modules that are arranged in two rows in a first direction; a battery case that houses the plurality of first and second battery modules and includes a plurality of cross beams for partitioning between the plurality of first battery modules and between the plurality of second battery modules; a plurality of first slave BMSs that are positioned at one side of the plurality of first battery modules facing the plurality of second battery modules and are arranged in the first direction; a plurality of second slave BMSs that are positioned at one side of the plurality of second battery modules facing the plurality of first battery modules and are arranged in the first direction; a plurality of first reflected wave absorbers arranged on one side of the plurality of first battery modules facing the plurality of second battery modules; and a plurality of second reflected wave absorbers arranged on one side of the plurality of second battery modules facing the plurality of first battery modules. a plurality of first battery modules and a plurality of second battery modules that are arranged in two rows in a first direction; a battery case that houses the plurality of first and second battery modules and includes a plurality of cross beams for partitioning between the plurality of first battery modules and between the plurality of second battery modules; a plurality of first slave BMSs that are positioned at one side of the plurality of first battery modules facing the plurality of second battery modules and are arranged in the first direction; a plurality of second slave BMSs that are positioned at one side of the plurality of second battery modules facing the plurality of first battery modules and are arranged in the first direction; a plurality of first reflected wave absorbers arranged on one side of the plurality of first battery modules facing the plurality of second battery modules; and a plurality of second reflected wave absorbers arranged on one side of the plurality of second battery modules facing the plurality of first battery modules.