mhurhangee/ep-ind-claims huggingface dataset:
A composite material comprising: greater than 0 % and less than 90 % by weight of silicon particles, the silicon particles having an average largest dimension between 1 μm and 30 μm and a surface comprising nanometer-sized features having an average feature size between 10 nm and 250 nm; and greater than 0 % and less than 90 % by weight of one or more types of carbon phases, wherein at least one of the one or more types of carbon phases is a continuous phase comprising hard carbon and holding the composite material together. greater than 0 % and less than 90 % by weight of silicon particles, the silicon particles having an average largest dimension between 1 μm and 30 μm and a surface comprising nanometer-sized features having an average feature size between 10 nm and 250 nm; and greater than 0 % and less than 90 % by weight of one or more types of carbon phases, wherein at least one of the one or more types of carbon phases is a continuous phase comprising hard carbon and holding the composite material together.
A building wall construction comprising: a building substrate; a layer of insulation disposed within an interior cavity of the wall construction adjacent to the building substrate; a plurality of polymeric brackets coupled to the building substrate; one or more exterior cladding units coupled to the polymeric brackets; and wherein, the polymeric brackets have a low thermal conductivity, and further wherein the wall construction is free of thermal bridges between the one or more exterior cladding units and the building substrate, such that condensation formed on the wall construction is realized only on the one or more exterior cladding units, such that the interior cavity of the wall construction is free from condensation, wherein each polymeric bracket of the plurality of polymeric brackets comprises: an anchor section adapted to couple to the building substrate; a support section adapted to couple to the one or more exterior cladding units; a web section connecting the anchor section to the support section; characterised in that each polymeric bracket of the plurality of polymeric brackets further comprises at least one channel disposed on the anchor section and adapted to receive an insert; and at least one channel disposed on the support section and adapted to receive an insert.
A method comprising: transmitting at least one broadcast message from a client network device to a plurality of target network devices; comparing attenuation information received from one or more target network devices (106, 108, 110) of the plurality of target network devices with an attenuation threshold to determine whether to associate with one of the plurality of target network devices; determining to associate with a first target network device of the plurality of target network devices based, at least in part, on determining first attenuation information received from the first target network device does not exceed the attenuation threshold; and determining to retransmit the at least one broadcast message based, at least in part, on determining the attenuation information received from each of the one or more target network devices exceeds the attenuation threshold the method being characterised by: transmitting a first amplitude map associated with the client network device to the first target network device; receiving a second amplitude map associated with the first target network device at the client network device; and determining a transmit power for communicating with the first target network device based, at least in part, on the first amplitude map and the second amplitude map. transmitting at least one broadcast message from a client network device to a plurality of target network devices; comparing attenuation information received from one or more target network devices (106, 108, 110) of the plurality of target network devices with an attenuation threshold to determine whether to associate with one of the plurality of target network devices; determining to associate with a first target network device of the plurality of target network devices based, at least in part, on determining first attenuation information received from the first target network device does not exceed the attenuation threshold; and determining to retransmit the at least one broadcast message based, at least in part, on determining the attenuation information received from each of the one or more target network devices exceeds the attenuation threshold the method being characterised by: transmitting a first amplitude map associated with the client network device to the first target network device; receiving a second amplitude map associated with the first target network device at the client network device; and determining a transmit power for communicating with the first target network device based, at least in part, on the first amplitude map and the second amplitude map. transmitting a first amplitude map associated with the client network device to the first target network device; receiving a second amplitude map associated with the first target network device at the client network device; and determining a transmit power for communicating with the first target network device based, at least in part, on the first amplitude map and the second amplitude map.
A scalable parallel assembly (2; 11; 51) of two or more chromatography column modules (3a,b,c; 13a,b,c; 53a,b,c, 90a,b) providing a required chromatographic capacity, characterized in that: the chromatography column modules are stacked and connected in a rigid housing (21; 61), the parallel assembly having one common assembly inlet (15; 55) and one common assembly outlet (17; 57), each chromatography column module comprising a bed space filled with chromatography medium and each chromatography column module comprises integrated fluid conduits (33a,b, 35a,b) ending in fluid connections (34a,b,c,d) arranged for interconnection of the integrated fluid conduits of adjacent column modules wherein the integrated fluid conduits of a chromatography column module connected with other chromatography column modules in the rigid housing are adapted to connect the bed space of the chromatography column module with the assembly inlet (15; 55) and the assembly outlet (17; 57), wherein the total length and/or volume of the fluid conduit from the assembly inlet to one bed space together with the length and/or volume of the fluid conduit from the same bed space to the assembly outlet is substantially the same for all bed spaces and modules installed in the parallel assembly.
A method comprising: receiving indoor positioning information for positioning a user within a structure, which includes at least one passageway and one or more bookmarks, a bookmark being a physical unit installed to the structure for operating a passageway and including a location of the bookmark within the structure, and one or more functions, a function of the bookmark operating on the passageway, when the bookmark is activated; determining a location of the user; comparing the location of the user with the locations of the bookmarks; determining at least one bookmark to be activated on the basis of the correspondence of the user's location and the locations of the bookmarks; activating the determined bookmark; updating a corresponding virtual bookmark in a virtual representation of the structure in a virtual environment to reflect the activation of the bookmark in the structure, said virtual environment being configured viewable on a user interface of a computing device by a software application, the virtual representation of the structure including at least one virtual passageway and one or more virtual bookmarks that correspond to the at least one passageway and the one or more bookmarks of the structure; activating one or more virtual bookmarks in the virtual environment; and updating information of the activated one or more virtual bookmarks in the virtual environment to the corresponding bookmarks of the structure. receiving indoor positioning information for positioning a user within a structure, which includes at least one passageway and one or more bookmarks, a bookmark being a physical unit installed to the structure for operating a passageway and including a location of the bookmark within the structure, and one or more functions, a function of the bookmark operating on the passageway, when the bookmark is activated; determining a location of the user; comparing the location of the user with the locations of the bookmarks; determining at least one bookmark to be activated on the basis of the correspondence of the user's location and the locations of the bookmarks; activating the determined bookmark; updating a corresponding virtual bookmark in a virtual representation of the structure in a virtual environment to reflect the activation of the bookmark in the structure, said virtual environment being configured viewable on a user interface of a computing device by a software application, the virtual representation of the structure including at least one virtual passageway and one or more virtual bookmarks that correspond to the at least one passageway and the one or more bookmarks of the structure; activating one or more virtual bookmarks in the virtual environment; and updating information of the activated one or more virtual bookmarks in the virtual environment to the corresponding bookmarks of the structure.
A compound of the formula wherein R 2 denotes a linear or branched alkyl radical having 1 to 6 carbon atoms, and R b denotes hydrogen, methyl, ethyl, propyl, isopropyl or tert.-butyl. R 2 denotes a linear or branched alkyl radical having 1 to 6 carbon atoms, and R b denotes hydrogen, methyl, ethyl, propyl, isopropyl or tert.-butyl.
An automated warehouse system for panels, comprising a supporting frame, having one or more shelves, on which said panels can be arranged in stacks, wherein said shelves are arranged, with respect to a set of Cartesian axes (X, Y, Z), along a first axis, parallel to the ground, and along a second axis, perpendicular to said first axis and also parallel to the ground, and a gripping and moving unit configured to take or release a panel from or onto said shelves, and main guide means (22, 23), arranged along or parallel to said first axis, wherein said gripping and moving unit comprises a supporting frame, slidingly coupled with said main guide means (22, 23) of said supporting frame, further guide means (321, 322) and at least one gripping robot, movable on said further guide means (321, 322) of said supporting frame, wherein said further guide means (321, 322) are oriented parallel to a third axis of said set of Cartesian axes (X, Y, Z), perpendicular to said first and second axis, and wherein said main guide means (22, 23) and said further guide means (321, 322) are oriented so as to allow said gripping robot to take or release at least one panel from or onto said shelves, said system being characterized in that said supporting frame has two loading and unloading openings (25', 25") arranged at the ends and/or at least one loading and unloading opening (25', 25") arranged in an intermediate position a supporting frame, having one or more shelves, on which said panels can be arranged in stacks, wherein said shelves are arranged, with respect to a set of Cartesian axes (X, Y, Z), along a first axis, parallel to the ground, and along a second axis, perpendicular to said first axis and also parallel to the ground, and a gripping and moving unit configured to take or release a panel from or onto said shelves, and main guide means (22, 23), arranged along or parallel to said first axis, wherein said gripping and moving unit comprises a supporting frame, slidingly coupled with said main guide means (22, 23) of said supporting frame, further guide means (321, 322) and at least one gripping robot, movable on said further guide means (321, 322) of said supporting frame, wherein said further guide means (321, 322) are oriented parallel to a third axis of said set of Cartesian axes (X, Y, Z), perpendicular to said first and second axis, and wherein said main guide means (22, 23) and said further guide means (321, 322) are oriented so as to allow said gripping robot to take or release at least one panel from or onto said shelves, said system being characterized in that said supporting frame has two loading and unloading openings (25', 25") arranged at the ends and/or at least one loading and unloading opening (25', 25") arranged in an intermediate position
A photoacoustic apparatus comprising: a laser module that generates laser light and transmits a laser state signal indicating a state of the laser module, the laser state signal including a lasing ready state signal and a laser exposure state signal; a probe including an optical output unit for irradiating laser light generated by the laser module onto an object and a scanner for detecting a photoacoustic signal that is generated from the object; a scanner controller adapted to change a position of the scanner when the laser state signal is the lasing ready state signal; a sequence controller adapted to control acquisition of the photoacoustic signal when the laser state signal is the laser exposure state signal; a signal receiver that is controlled by the sequence controller to acquire the photoacoustic signal; and a photoacoustic image generator for generating a photoacoustic image based on the photoacoustic signal a laser module that generates laser light and transmits a laser state signal indicating a state of the laser module, the laser state signal including a lasing ready state signal and a laser exposure state signal; a probe including an optical output unit for irradiating laser light generated by the laser module onto an object and a scanner for detecting a photoacoustic signal that is generated from the object; a scanner controller adapted to change a position of the scanner when the laser state signal is the lasing ready state signal; a sequence controller adapted to control acquisition of the photoacoustic signal when the laser state signal is the laser exposure state signal; a signal receiver that is controlled by the sequence controller to acquire the photoacoustic signal; and a photoacoustic image generator for generating a photoacoustic image based on the photoacoustic signal
A method for producing customized denture prescriptions, comprising the steps of: a) taking at least one digital photograph of a patient's face having a reference sticker placed on the forehead of the patient and a mouth shield positioned inside the mouth of the patient, and transferring the photograph to a computer software program, wherein the program identifies and measures facial contours of the patient based on the relative dimensions of the sticker in the photograph; b) entering desired materials and structure for making the denture, in consultation with the patient, including a desired tooth shade guide and tooth shade, the tooth shade being selected from the entered tooth shade guide, using the software program so that the program automatically produces a prescription for the denture based on the entered materials and structure; and c) transmitting the prescription to a dental laboratory for making the denture. a) taking at least one digital photograph of a patient's face having a reference sticker placed on the forehead of the patient and a mouth shield positioned inside the mouth of the patient, and transferring the photograph to a computer software program, wherein the program identifies and measures facial contours of the patient based on the relative dimensions of the sticker in the photograph; b) entering desired materials and structure for making the denture, in consultation with the patient, including a desired tooth shade guide and tooth shade, the tooth shade being selected from the entered tooth shade guide, using the software program so that the program automatically produces a prescription for the denture based on the entered materials and structure; and c) transmitting the prescription to a dental laboratory for making the denture.
A downlink control information, DCI, sending method, wherein the method comprises: determining DCI, wherein the DCI comprises indication information and m information blocks, the indication information is used to indicate b terminal devices, a first information block in the m information blocks corresponds to a first terminal device in the b terminal devices, the first information block is used to indicate energy-saving information of the first terminal device, a second information block in the m information blocks corresponds to a second terminal device in the b terminal devices, the second information block is used to indicate energy-saving information of the second terminal device, a length of the first information block is different from a length of the second information block, and m ≤ b; and sending the DCI. determining DCI, wherein the DCI comprises indication information and m information blocks, the indication information is used to indicate b terminal devices, a first information block in the m information blocks corresponds to a first terminal device in the b terminal devices, the first information block is used to indicate energy-saving information of the first terminal device, a second information block in the m information blocks corresponds to a second terminal device in the b terminal devices, the second information block is used to indicate energy-saving information of the second terminal device, a length of the first information block is different from a length of the second information block, and m ≤ b; and sending the DCI.
A peptide having a C-terminal amino acid motif corresponding to the sequence RPAR, CRGDK, RPARPAR or CRGD[K/R]GP[D/E]C (iRGD) and a co-composition for use in treating tumor, wherein the peptide and the co-composition are not bound to each other, the tumor presents neuropilin-1 on the cell surface and the co-composition comprises a therapeutic agent.
A compound having the general formula of Formula I wherein, Y is -NH-; Z is a linear or branched C 1, C 2, C 3, or C 4, alkyl; R 1 is hydroxy, or hydroxyl substituted alkyl; R 2 is hydrogen, hydroxy, or hydroxy substituted alkyl; X is a linear, saturated C 10-15 alkyl; and R 3 is hydrogen. wherein, Y is -NH-; Z is a linear or branched C 1, C 2, C 3, or C 4, alkyl; R 1 is hydroxy, or hydroxyl substituted alkyl; R 2 is hydrogen, hydroxy, or hydroxy substituted alkyl; X is a linear, saturated C 10-15 alkyl; and R 3 is hydrogen.
Optoelectronic component, in which at least one first and at least one second optoelectronic chip (1, 13) are fixed on a chip carrier part of a leadframe, in which the leadframe has at least one first and a second connection part (8, 12) which are arranged at a distance from the chip carrier part wherein the first connection part is electrically conductively connected to an electrical contact of the first chip and the second connection part is electrically conductively connected to an electrical contact of the second chip, and in which the optoelectronic chips (1, 13) and in each case at least a partial region of the chip carrier part and of the connection parts (8, 12) are surrounded by an encapsulation in such a way that external connections (4, 5, 9, 14) of the chip carrier part and of the connection parts (8, 12) project from the encapsulation, wherein the chip carrier part has at least two external connections (4, 5) which, at different mutually spaced apart locations of the encapsulation, project from the latter, characterized in that the encapsulation and the external connections (4, 5, 6, 9, 14) are of surface-mountable design and in that the external connections (4, 5, 6, 9, 14) are shaped in such a way that, in the component state mounted on a printed circuit board provided for the mounting of the component, they all bear simultaneously on the printed circuit board.
A cylinder head comprising an EGR gas passage in a water jacket, wherein the EGR gas passage comprises: a hollow pipe disposed in the water jacket and through which the EGR gas passes; the EGR gas passage further comprises an end member formed with an insert hole (31 a) into which the end of the hollow pipe is inserted and fixed, characterized in that the end member comprises: a bottom having the insert hole (31 a); a side wall formed continuously to the bottom; and a wedge portion projected outward from the outside of the side wall, and having an inclined surface facing the wall of the cylinder head and inclined to the flow direction of the EGR gas, and wherein the EGR gas passage is fixed to the cylinder head by holding the wedge portion of the end member between a fastening member for fastening the EGR gas passage to the cylinder head and the wall of the cylinder head. a hollow pipe disposed in the water jacket and through which the EGR gas passes; the EGR gas passage further comprises an end member formed with an insert hole (31 a) into which the end of the hollow pipe is inserted and fixed, characterized in that the end member comprises: a bottom having the insert hole (31 a); a side wall formed continuously to the bottom; and a wedge portion projected outward from the outside of the side wall, and having an inclined surface facing the wall of the cylinder head and inclined to the flow direction of the EGR gas, and wherein the EGR gas passage is fixed to the cylinder head by holding the wedge portion of the end member between a fastening member for fastening the EGR gas passage to the cylinder head and the wall of the cylinder head. a bottom having the insert hole (31 a); a side wall formed continuously to the bottom; and a wedge portion projected outward from the outside of the side wall, and having an inclined surface facing the wall of the cylinder head and inclined to the flow direction of the EGR gas, and
Insulated electric conductor, comprising an electric conductor, preferably made of copper or aluminum, having an insulating coating, wherein the coating consists of at least one insulating layer of thermoplastic material, obtainable by a method in which the conductor is placed under a protective gas atmosphere and is bombarded with ions of the protective gas in a gas plasma to remove an oxide layer formed on a surface of the conductor and/or to increase the surface energy of the conductor, and subsequently at least one insulating layer is applied directly to the surface of the conductor, wherein the at least one insulating layer is applied to the conductor under protective gas atmosphere.
Component system for securing a trim part in a defined position, comprising a trim part to be secured in relation to a motor vehicle body component, in particular a moulded headliner, a trim support for supporting the trim part, and a counter-pressure device for exerting a first force on a first region of the trim part, wherein at least a portion of the trim support, for the purpose of exerting a second force, counter to the first force, on the first region of the trim part, is arranged on the opposite side of the first region of the trim part from the counter-pressure device, and wherein a second region of the trim part is arranged on the opposite side of the trim support from the first region of the trim part and thus forms a visible side of the trim part, characterized in that the component system comprises the motor vehicle body component, wherein at least a portion of the motor vehicle body component forms the counter-pressure device.