mhurhangee/ep-ind-claims huggingface dataset:
A battery system, comprising: - a battery module; - a housing of the battery module, wherein the housing comprises a top side, a lateral side, and an edge extending along and between the top side and the lateral side; - a plurality of electrochemical cells disposed in the housing; - a heat sink disposed on the lateral side of the housing; - a fan disposed over the top side of the housing; and - a hood comprising a first portion disposed over the top side of the housing and the fan and a second portion coupled to the first portion and disposed over the lateral side of the housing, wherein the hood defines an airspace between the hood and the housing and the hood is configured to guide an airflow through the airspace from the fan on the top side of the housing, over the edge between the top side and the lateral side of the housing, and over the heat sink disposed on the lateral side of the housing such that the airflow passes over the heat sink, characterized in that the heat sink comprises two thermally conductive plates in-molded with the lateral side of the housing and the two thermally conductive plates are separated by a central portion of the lateral side of the housing, and wherein the second portion of the hood comprises a central ridge disposed proximate to the central portion of the lateral side of the housing and the central ridge is configured to guide the airflow away from the central portion of the lateral side of the housing to the two thermally conductive plates on either side of the central portion. - a battery module; - a housing of the battery module, wherein the housing comprises a top side, a lateral side, and an edge extending along and between the top side and the lateral side; - a plurality of electrochemical cells disposed in the housing; - a heat sink disposed on the lateral side of the housing; - a fan disposed over the top side of the housing; and - a hood comprising a first portion disposed over the top side of the housing and the fan and a second portion coupled to the first portion and disposed over the lateral side of the housing, wherein the hood defines an airspace between the hood and the housing and the hood is configured to guide an airflow through the airspace from the fan on the top side of the housing, over the edge between the top side and the lateral side of the housing, and over the heat sink disposed on the lateral side of the housing such that the airflow passes over the heat sink,
Computer-implemented method for populating a second data system used in a computer application, said second data system having a structure addressable by at least one second application path, the method comprising the steps of: a. mapping at least one first application path of a first data system having a structure addressable by said at least one first application path and acting as source data system, to at least one conceptual path of an ontology system using a plurality of semantic patterns structured as a versatile graph, said at least one conceptual path addressing a part of the structure of the ontology system, b. populating said at least one conceptual path of said ontology system with data values contained in said at least one first application path of said first data system, c. mapping said at least one second application path of said second data system to at least one conceptual path of said ontology system using said semantic patterns, and d. populating said second data system at a location addressed by said second application path with said data values contained in said conceptual path, whereby said at least one first application path, said at least one conceptual path mapped to said at least one application path and said at least one second application path form different structural representations of said data values, characterised in that the mappings established in steps a and c by means of said semantic patterns allow populating said first data system with said data values when said second data system acts as source data system. a. mapping at least one first application path of a first data system having a structure addressable by said at least one first application path and acting as source data system, to at least one conceptual path of an ontology system using a plurality of semantic patterns structured as a versatile graph, said at least one conceptual path addressing a part of the structure of the ontology system, b. populating said at least one conceptual path of said ontology system with data values contained in said at least one first application path of said first data system, c. mapping said at least one second application path of said second data system to at least one conceptual path of said ontology system using said semantic patterns, and d. populating said second data system at a location addressed by said second application path with said data values contained in said conceptual path,
An anhydrous, non-solvated crystalline form of (10 R)-7-amino-12-fluoro-2,10,16-trimethyl-15-oxo-10,15,16,17-tetrahydro-2 H -8,4-(metheno)pyrazolo[4,3- h][2,5,11] benzoxadiazacyclotetradecine-3-carbonitrile (lorlatinib) free base, having a 19 F solid state NMR spectrum comprising resonance (ppm) values of: -108.2 and -115.2 ppm ± 0.2 ppm, relative to an external standard of 50/50 volume/volume of trifluoroacetic acid and water, setting its resonances to -76.54 ppm.
A storage cell comprising a layer structure including a storage layer in which a direction of magnetization is varied in correspondence with information, a magnetization pinned layer having magnetization that is perpendicular to a film surface and serves as a reference of information stored in the storage layer, an intermediate layer that is provided between the storage layer and the magnetization pinned layer and is made of a nonmagnetic body, characterized in that a first carbon film is disposed at an interface between the storage layer and the intermediate layer, and in that a second carbon film is inserted in an inside of the intermediate layer.
A method in a vehicle comprising a digital rear view mirror comprising a camera (110-1, 110-2) for capturing a stream of images, said camera being operable to capture images in a default, normal field of view (viewing angle α) and in an extended field of view (viewing angle α+β); and a display (320-1, 320-2) for displaying the captured stream of images, wherein said digital rear view mirror is arranged for detecting an object situated outside the default, normal field of view (α) displayed in said display (320-1, 320-2) of the digital rear view mirror and visualising the detected object for a driver of the vehicle, wherein the method comprises the steps: detecting the object, situated outside the displayed default, normal field of view (α) of the display (320-1, 320-2), by a sensor (120-1, 120-2); and in case an object is detected: adjusting the field of view displayed in the display (320-1, 320-2) by displaying an additional, widened, field of view (viewing angle β) in a subset of the display, so that the detected object becomes visible for the driver by being displayed in the subset of the display (320-1, 320-2), while the default, normal field of view (α) at a default viewing angle is displayed in a main portion of the display (320-1, 320-2); the method further comprising: determining that no object is detected situated outside the default, normal field of view (α); and when no object is detected situated outside the default, normal field of view (α): adjusting the field of view displayed in the display (320-1, 320-2) to only comprise the default, normal field of view (α) at the default viewing angle. detecting the object, situated outside the displayed default, normal field of view (α) of the display (320-1, 320-2), by a sensor (120-1, 120-2); and in case an object is detected: adjusting the field of view displayed in the display (320-1, 320-2) by displaying an additional, widened, field of view (viewing angle β) in a subset of the display, so that the detected object becomes visible for the driver by being displayed in the subset of the display (320-1, 320-2), while the default, normal field of view (α) at a default viewing angle is displayed in a main portion of the display (320-1, 320-2); determining that no object is detected situated outside the default, normal field of view (α); and when no object is detected situated outside the default, normal field of view (α): adjusting the field of view displayed in the display (320-1, 320-2) to only comprise the default, normal field of view (α) at the default viewing angle.
Gateway for sensor data forwarding, comprising a first communication module configured to receive sensor data from at least one sensor data source, a processor, which is connected to the first communication module and is set up to collect and temporarily store the sensor data, a memory for storing the buffered sensor data; a second communication module connected to the processor and configured to send the collected sensor data cached in the memory to a destination server, wherein the processor is configured, when a threshold value for the number of data in the memory or a second predetermined time value of a time module of the gateway is exceeded, to switch on the second communication module for transmitting the collected data and to switch it off after the collected data has been transmitted; wherein the processor is configured to operate the second communication module according to one or more communication standards, and wherein the processor is further arranged to delete the collected data after transmission. a first communication module configured to receive sensor data from at least one sensor data source, a processor, which is connected to the first communication module and is set up to collect and temporarily store the sensor data, a memory for storing the buffered sensor data; a second communication module connected to the processor and configured to send the collected sensor data cached in the memory to a destination server, wherein the processor is configured, when a threshold value for the number of data in the memory or a second predetermined time value of a time module of the gateway is exceeded, to switch on the second communication module for transmitting the collected data and to switch it off after the collected data has been transmitted; wherein the processor is configured to operate the second communication module according to one or more communication standards, and wherein the processor is further arranged to delete the collected data after transmission.
A method, comprising: determining, by a transmitting user equipment, first and second level discovery messages for device-to-device discovery are to be transmitted; requesting, by the transmitting user equipment, one or more resources for transmission of at least the second level discovery message and receiving from a network apparatus an indication of one or more allocated resources of a second type; determining, by the transmitting user equipment, if at least one of the one or more allocated resources of the second type is dedicated for transmitting the first level discovery message; transmitting, by the transmitting user equipment, the first level discovery message on a selected resource from a preconfigured resource pool of the first type in response to a determination that the at least one of the one or more allocated resources is not dedicated for transmitting the first level discovery message; transmitting, by the transmitting user equipment, the first level discovery message on a first selected one of the one or more allocated resources of the second type in response to a determination that the at least one of the one or more allocated resources is dedicated for transmitting the first level discovery message; and transmitting, by the transmitting user equipment, the second level discovery message on a second selected one of the one or more allocated resources of the second type. determining, by a transmitting user equipment, first and second level discovery messages for device-to-device discovery are to be transmitted; requesting, by the transmitting user equipment, one or more resources for transmission of at least the second level discovery message and receiving from a network apparatus an indication of one or more allocated resources of a second type; determining, by the transmitting user equipment, if at least one of the one or more allocated resources of the second type is dedicated for transmitting the first level discovery message; transmitting, by the transmitting user equipment, the first level discovery message on a selected resource from a preconfigured resource pool of the first type in response to a determination that the at least one of the one or more allocated resources is not dedicated for transmitting the first level discovery message; transmitting, by the transmitting user equipment, the first level discovery message on a first selected one of the one or more allocated resources of the second type in response to a determination that the at least one of the one or more allocated resources is dedicated for transmitting the first level discovery message; and transmitting, by the transmitting user equipment, the second level discovery message on a second selected one of the one or more allocated resources of the second type.
A mixture for promoting soil release from fabric, under laundry washing conditions, said mixture comprising: a polyacrylate polymer comprising: (i) from 90 to 100 weight % of polymerized units derived from acrylic acid; and (ii) up to 10 weight % of polymerized units derived from one or more C 3 -C 8 monoethylenically unsaturated carboxylic acids, based on the total weight of said polyacrylate polymer wherein said polyacrylate polymer has a weight average molecular weight of between 500 and 5,000 Daltons; and at least one water soluble modified cellulose ether selected from the group consisting of hydroxypropylmethyl cellulose. a polyacrylate polymer comprising: (i) from 90 to 100 weight % of polymerized units derived from acrylic acid; and (ii) up to 10 weight % of polymerized units derived from one or more C 3 -C 8 monoethylenically unsaturated carboxylic acids, based on the total weight of said polyacrylate polymer wherein said polyacrylate polymer has a weight average molecular weight of between 500 and 5,000 Daltons; and (i) from 90 to 100 weight % of polymerized units derived from acrylic acid; and (ii) up to 10 weight % of polymerized units derived from one or more C 3 -C 8 monoethylenically unsaturated carboxylic acids, based on the total weight of said polyacrylate polymer at least one water soluble modified cellulose ether selected from the group consisting of hydroxypropylmethyl cellulose.
A non-hierarchical infrastructure for managing security key pair for physical persons or items such as animals, plants, machines and objects, comprising a public key and a private key with a public key certificate that has a unique number, said structure not including any certification authority separate from the physical persons or items, said structure comprising at least one registration authority and its electronic notary server, characterized in that at least one registration authority and its electronic notary server are provided for a trust circle, such as, for example, the sovereign circle, the territorial communities circle, the banking, finance and insurance circle, the Internet and telecommunications circle, the health circle, a private circle corresponding, for example, to a company, an organization or a group of people or items, said registration authority comprising proximity local registration agencies, such as, for example, respectively, notaries and bailiffs, town halls and post offices, bank and insurance branches, telecommunications agencies and shops, sickness insurance funds and pharmacies, company or organization branches or groups of persons or items, and also, possibly, roaming local branches, in that a local registration agency establishes, for each physical person or item, after face-to-face verification of his or her or its identity or of his or her or its identification, a public key certificate that has a unique number containing, notably, the address, for example URL, of the electronic notary server of the registration authority for which the local agency has registered the physical person or item, and a public key ownership certificate, with the same number as the public key certificate, which contains the identity of the physical person or the identification of the element and a representation of the public key thereof, said public key ownership certificate being self-sealed, that is to say that it is either signed with the private key of the physical person or of the item, or encrypted with the private key of the physical person or of the item, according to an atypical use of this key, in order to render it opaque apart from its number, and in that the signed or encrypted public key ownership certificate is transmitted securely to the associated electronic notary server which stores it.
A method for compensating an output offset of an electronic transmission/reception device operating according to a communications standard, the compensation method comprising the following steps: - step 1: the standard defining standard words made up of Manchester encoded bits and, for each standard word, generating a series of transmissions of said word by shifting, for each transmission, zero or a plurality of rising or falling instants (T/2+ α) of each bit, the shift α of the rising or falling instant having a value that is constant and independent of the bit; - step 2: determining the transmission comprising zero or a plurality of shifted rising or falling instants of each Manchester encoded bit allowing the lowest average offset (V offset) to be obtained on all the standard words; - step 3: storing said rising or falling shifts ( α) in the electronic device so that these rising or falling shifts are applied to the output signals when the electronic device is operational. - step 1: the standard defining standard words made up of Manchester encoded bits and, for each standard word, generating a series of transmissions of said word by shifting, for each transmission, zero or a plurality of rising or falling instants (T/2+ α) of each bit, the shift α of the rising or falling instant having a value that is constant and independent of the bit; - step 2: determining the transmission comprising zero or a plurality of shifted rising or falling instants of each Manchester encoded bit allowing the lowest average offset (V offset) to be obtained on all the standard words; - step 3: storing said rising or falling shifts ( α) in the electronic device so that these rising or falling shifts are applied to the output signals when the electronic device is operational.
A tillage cultivator including three parts, namely a central carrying axial structure and side sections or wings (5, 6) that can be folded in a substantially vertical position around said central carrying axial structure, as well as a structure for these three parts consisting of crossbeams (9, 9', 9", 9′′′) and longitudinal beams (13, 13'), and carrying tools (10, 10', 10"; 11, 11', 11"), characterized in that each section or side wing (5, 6) includes a wing body and an end section mechanically connected by means of at least two connecting arms (16, 17) attached on one side to the wing body and on the other side to the end section by means of pivots, so that the wing body, the end section and the connecting arms (16,17) are the elements jointly forming an articulated quadrilateral mechanism, which can be moved and deformed like a pantograph; where the respective pivots of the connecting arms (16, 17) have, from one connecting arm to the other (16, 17), a side offset position with respect to the axis of travel of the cultivator, so that said connecting arms (16, 17) are positioned side by side in said axis of travel with a slight offset when the articulated quadrilateral mechanism is retracted. each section or side wing (5, 6) includes a wing body and an end section mechanically connected by means of at least two connecting arms (16, 17) attached on one side to the wing body and on the other side to the end section by means of pivots, so that the wing body, the end section and the connecting arms (16,17) are the elements jointly forming an articulated quadrilateral mechanism, which can be moved and deformed like a pantograph; where the respective pivots of the connecting arms (16, 17) have, from one connecting arm to the other (16, 17), a side offset position with respect to the axis of travel of the cultivator, so that said connecting arms (16, 17) are positioned side by side in said axis of travel with a slight offset when the articulated quadrilateral mechanism is retracted.
A woven double face fabric having warp yarns and weft yarns providing a pattern whereby a warp yarn floats over one or more weft yarns to provide a corresponding over portion and floats under one or more weft yarns to provide under portions wherein in a repeat unit a first warp yarn floats over at least three weft yarns on a first side of the fabric to provide a corresponding warp over portion, said warp yarn successively floating under one single weft yarn to provide an under portion, whereby in said first warp yarn the total length of over portions is greater than the length of under portions, each of two warp yarns (2", 2"') arranged adjacent to said first warp yarn floats under at least three weft yarns to provide a corresponding warp under portion on a second side of the fabric, said warp yarn successively floating over one single weft yarn to provide an over portion on said first side of the fabric, wherein the maximum length of each over portion or each under portion of a warp yarn is corresponding to 10 weft yarns, characterised in that all weft yarns are elastic yarns.
A mobile drive unit for transporting inventory, comprising: a drive module, the drive module operable to position the mobile drive unit underneath an inventory holder; and a docking head operable to couple to a docking plate of the inventory holder when the mobile drive unit is positioned beneath the inventory holder; wherein the drive module is operable to move the mobile drive unit and, when the inventory holder is coupled to the mobile drive unit, move the inventory holder; and wherein the docking head includes at least one control spine, to be fitted to connect to at least one control cleft of the docking plate, to allow the mobile drive unit to cause and/or control movement of the inventory holder. a drive module, the drive module operable to position the mobile drive unit underneath an inventory holder; and a docking head operable to couple to a docking plate of the inventory holder when the mobile drive unit is positioned beneath the inventory holder; wherein the drive module is operable to move the mobile drive unit and, when the inventory holder is coupled to the mobile drive unit, move the inventory holder; and wherein the docking head includes at least one control spine, to be fitted to connect to at least one control cleft of the docking plate, to allow the mobile drive unit to cause and/or control movement of the inventory holder.