mhurhangee/ep-ind-claims huggingface dataset:
Mobile telephone, of the type comprising: - a first buffer memory for storing a data file, the data file being in a first format and containing a plurality of data packets, - means for converting the file stored in the first buffer memory from the first format into a second format, the conversion means being connected at the output of the first buffer memory, - a second buffer memory connected at the output of the conversion means and able to store the file converted into the second format, - a server for streaming data to a remote client device in accordance with a predetermined network protocol, the streaming server being able to be linked to the remote client device via a data link and to receive, from the remote client device, a request to broadcast data, characterized in that the streaming server: includes means for controlling the conversion means, the control means being able to send, to the conversion means, a signal for controlling the conversion of a respective packet of the file, and is able to transmit, to the remote client device, at least one packet that is converted and stored in the second buffer memory, if all of the packets of the file are not converted. - a first buffer memory for storing a data file, the data file being in a first format and containing a plurality of data packets, - means for converting the file stored in the first buffer memory from the first format into a second format, the conversion means being connected at the output of the first buffer memory, - a second buffer memory connected at the output of the conversion means and able to store the file converted into the second format, - a server for streaming data to a remote client device in accordance with a predetermined network protocol, the streaming server being able to be linked to the remote client device via a data link and to receive, from the remote client device, a request to broadcast data, includes means for controlling the conversion means, the control means being able to send, to the conversion means, a signal for controlling the conversion of a respective packet of the file, and is able to transmit, to the remote client device, at least one packet that is converted and stored in the second buffer memory, if all of the packets of the file are not converted.
An integrated circuit comprising: a semiconductor substrate; and a passive coupler located on the substrate, wherein the coupler comprises: a solenoid; and a signal line passing through the solenoid, characterised in that: a first end of the solenoid is isolated and a second end of the solenoid forms a coupled output of the solenoid; the integrated circuit further comprises a plurality of switches, wherein each switch is coupled between a respective winding of the solenoid and the coupled output of the solenoid; and the plurality of switches are openable and closable to select a number of windings of said solenoid coupled between the isolated first end of the solenoid and the coupled output of the solenoid. a semiconductor substrate; and a passive coupler located on the substrate, a solenoid; and a signal line passing through the solenoid, a first end of the solenoid is isolated and a second end of the solenoid forms a coupled output of the solenoid; the integrated circuit further comprises a plurality of switches, wherein each switch is coupled between a respective winding of the solenoid and the coupled output of the solenoid; and the plurality of switches are openable and closable to select a number of windings of said solenoid coupled between the isolated first end of the solenoid and the coupled output of the solenoid.
Weft thread launch nozzle in a pneumatic weaving loom, of the type comprising at least one lance, which extends from a respective base body, provided with a through-hole through which is established a compressed air flow, and further comprising flexible cilia means projecting in the air flow direction characterised in that said flexible cilia means (31, 32) are inserted inside said base body and are provided with a central gap through which said flow of compressed air flows.
A method for locating at least two sources (S 1,..., S n) emitting electromagnetic pulses, each source (S 1,..., S n) belonging to a carrier platform (P 1,..., P n), the method comprising the following steps: - receiving, by a detector, for each source (S 1,..., S n) to be located, during an operating duration of the detector, of at least one same emitted pulse, received on the one hand directly and received on the other hand by reflection on the carrier platform of another source (S 1,..., S n), - measuring the arrival direction ( θ 1,..., θ n), the arrival date (t 1,..., t n) and at least one invariant characteristic (C 1,..., C n) of each received pulse, characterized in that the method further comprises the following steps: - grouping together at least a first pair of pulses of invariant characteristics equal to a first invariant characteristic (C 1) and of different directions of arrival ( θ 1, θ 2), and at least one second pair of pulses of invariant characteristics equal to a second invariant characteristic (C 2) and of same different directions of arrival ( θ 1, θ 2), - calculating the difference of dates of arrival between the pulses of each pair, - determining the direction ( Θ) and the distance (d) of each source (S 1,..., S n) from the detector based on the calculated differences of dates of arrival ( θ 1, θ 2) of the pulses of each pair. - receiving, by a detector, for each source (S 1,..., S n) to be located, during an operating duration of the detector, of at least one same emitted pulse, received on the one hand directly and received on the other hand by reflection on the carrier platform of another source (S 1,..., S n), - measuring the arrival direction ( θ 1,..., θ n), the arrival date (t 1,..., t n) and at least one invariant characteristic (C 1,..., C n) of each received pulse, - grouping together at least a first pair of pulses of invariant characteristics equal to a first invariant characteristic (C 1) and of different directions of arrival ( θ 1, θ 2), and at least one second pair of pulses of invariant characteristics equal to a second invariant characteristic (C 2) and of same different directions of arrival ( θ 1, θ 2), - calculating the difference of dates of arrival between the pulses of each pair, - determining the direction ( Θ) and the distance (d) of each source (S 1,..., S n) from the detector based on the calculated differences of dates of arrival ( θ 1, θ 2) of the pulses of each pair.
A device for reconstituting a bioactive agent and forming a paste, the device comprising: - a first container containing a liquid, - a second container containing the bioactive agent, - a base configured for receiving the first and second container, - a syringe containing a paste forming material, the syringe being attachable to the base, wherein the base has a first conduit for fluidly connecting the first container with the second container and a second conduit for fluidly connecting the second container with the syringe, and characterized in that the first container is configured to have pressure energy stored such that when the first and second containers are received at the base, the liquid is forced through the first conduit into the second container, thereby reconstituting the bioactive agent, and the reconstituted bioactive agent is forced through the second conduit into the syringe, such that a paste is formed. - a first container containing a liquid, - a second container containing the bioactive agent, - a base configured for receiving the first and second container, - a syringe containing a paste forming material, the syringe being attachable to the base, wherein the base has a first conduit for fluidly connecting the first container with the second container and a second conduit for fluidly connecting the second container with the syringe, and characterized in that the first container is configured to have pressure energy stored such that when the first and second containers are received at the base, the liquid is forced through the first conduit into the second container, thereby reconstituting the bioactive agent, and the reconstituted bioactive agent is forced through the second conduit into the syringe, such that a paste is formed.
A process of increasing the production of a prenylated stilbenoid product of interest from hairy root culture material, the process comprising identifying a prenylated stilbenoid product of interest, providing hairy root culture material capable of producing said prenylated stilbenoid product of interest, contacting said hairy root culture material with a precursor of said prenylated stilbenoid product of interest, a cyclodextrin, and a methyl j asmonate and producing an increased amount of said prenylated stilbenoid product of interest compared to said process in which said precursor is not contacted with said hairy root culture material.
A method for site-specific sequence modification of a target genomic DNA region in mammalian hematopoietic stem cells (HSCs) isolatable from the body of a subject comprising: transfecting the hematopoietic stem cells (HSCs) by flow electroporation using a flow electroporation device with a non-viral composition comprising (a) a single-stranded DNA oligo, wherein the DNA oligo is from about 40 to about 100 nucleic acids and the concentration of the DNA oligo in the composition is at least 100 μg/ml; (b) an RNA encoding the site-specific nuclease Cas9; and (c) a guide RNA wherein the DNA oligo comprises: (i) a homologous region comprising DNA sequence homologous to the target genomic DNA region; and (ii) a sequence modification region; and wherein the genomic DNA sequence is modified specifically at the target genomic DNA region; and wherein said stem cells are no human embryonic stem cells. transfecting the hematopoietic stem cells (HSCs) by flow electroporation using a flow electroporation device with a non-viral composition comprising (a) a single-stranded DNA oligo, wherein the DNA oligo is from about 40 to about 100 nucleic acids and the concentration of the DNA oligo in the composition is at least 100 μg/ml; (b) an RNA encoding the site-specific nuclease Cas9; and (c) a guide RNA wherein the DNA oligo comprises: (i) a homologous region comprising DNA sequence homologous to the target genomic DNA region; and (ii) a sequence modification region; and wherein the genomic DNA sequence is modified specifically at the target genomic DNA region; (i) a homologous region comprising DNA sequence homologous to the target genomic DNA region; and (ii) a sequence modification region; and wherein the genomic DNA sequence is modified specifically at the target genomic DNA region; and wherein said stem cells are no human embryonic stem cells.
Method for determining at least one mechanical parameter (δλ, ξ_m_B, ξ_m_S, δξ_B, f_B) of a mechanical object, having the steps of: - first excitation of the object with a multifrequency signal; - detecting a first response signal of the object at one or more measuring points on the object; - transforming the first response signal from a time range into a frequency-dependent range; - selecting one or more frequencies on the basis of the frequency-dependent range; - second excitation of the object on the basis of the selected frequencies; - detecting a second response signal of the object at one or more measuring points of the object; - determining a mechanical parameter (δλ, ξ_m_B, ξ_m_S, δξ_B, f_B) on the basis of the second response signal, characterized in that the first excitation is carried out by a sound signal and the multifrequency signal is a sweep signal or a chirp signal, the length of the sweep signal or the chirp signal being shorter than a mechanical settling time of the object. - first excitation of the object with a multifrequency signal; - detecting a first response signal of the object at one or more measuring points on the object; - transforming the first response signal from a time range into a frequency-dependent range; - selecting one or more frequencies on the basis of the frequency-dependent range; - second excitation of the object on the basis of the selected frequencies; - detecting a second response signal of the object at one or more measuring points of the object; - determining a mechanical parameter (δλ, ξ_m_B, ξ_m_S, δξ_B, f_B) on the basis of the second response signal, characterized in that the first excitation is carried out by a sound signal and the multifrequency signal is a sweep signal or a chirp signal, the length of the sweep signal or the chirp signal being shorter than a mechanical settling time of the object.
Shearing device having a blade and having a counterpart blade assigned to the blade, wherein the blade, in order to generate a cutting movement relative to a counterpart blade cutting edge of the counterpart blade, is rotatable about an axis of rotation and has at least one blade cutting edge which is helically coiled about its axis of rotation, characterized in that the counterpart blade cutting edge is a notched counterpart blade cutting edge provided with cutting notches.
An anode, comprising: lithium metal, and a dopant, in the lithium metal, wherein the doped lithium is in the form of a foil having a thickness of at most 450 μm, the dopant is selected from the group consisting of aluminum, silver, gold, platinum, tin, bismuth, copper, indium, zinc, nickel and mixtures thereof, the dopant is present in an amount of 0.02 to 1.0 atomic percent, and the anode does not contain intermetallic compounds comprising lithium and the dopant. lithium metal, and a dopant, in the lithium metal, wherein the doped lithium is in the form of a foil having a thickness of at most 450 μm, the dopant is selected from the group consisting of aluminum, silver, gold, platinum, tin, bismuth, copper, indium, zinc, nickel and mixtures thereof, the dopant is present in an amount of 0.02 to 1.0 atomic percent, and the anode does not contain intermetallic compounds comprising lithium and the dopant.
Method for joining at least one foil-like or membrane-like part to a structural part (9, 9'), wherein the foil-like or membrane-like part is separated by means of a tool from a semi-finished product and is held on the tool by applying a reduced pressure, wherein the foil-like or membrane-like part is placed on the structural part (9,9') and is in turn held on this (9,9') and joined to this (9, 9') by applying a reduced pressure (11, 28), wherein the foil-like or membrane-like part after separation from the semi-finished product is first of all transferred to a further structural part and is held on this by applying a reduced pressure, characterised in that the further structural part serves for the alignment and centering of the structural part in relation to the tool and for the placing of the foil-like or membrane-like part on the structural part, and in that for the separation of the foil-like or membrane-like part as well as for the placing of the foil-like or membrane-like part on the structural part (9, 9') a translational movement (T3, T6 and T9) from the tool and from the further structural part carrying the foil-like or membrane-like part is carried out, the axes (L1, L2) of the movements lying on a common straight line.
Dynamic transaction card comprising: an outer protective layer (204, 704, 1904) having an outer edge; a core layer containing components of the dynamic transaction card (120, 200, 410, 700, 1220, 1320, 1420); and a card backing (236, 1936) having an outer edge, wherein the card backing outer edge and the outer protective layer (204, 704, 1904) are connected to one another along the respective outer edges to form a casing for a core layer; the dynamic transaction card being characterized by: a top outer layer (202, 702, 1902) being a film covering, the top outer layer (202, 702, 1902) covering the outer protective layer (204, 704, 1904); and an antenna incorporated onto the film covering; wherein the antenna is connected to the core layer via a conductive path. an outer protective layer (204, 704, 1904) having an outer edge; a core layer containing components of the dynamic transaction card (120, 200, 410, 700, 1220, 1320, 1420); and a card backing (236, 1936) having an outer edge, wherein the card backing outer edge and the outer protective layer (204, 704, 1904) are connected to one another along the respective outer edges to form a casing for a core layer; the dynamic transaction card being characterized by: a top outer layer (202, 702, 1902) being a film covering, the top outer layer (202, 702, 1902) covering the outer protective layer (204, 704, 1904); and an antenna incorporated onto the film covering; wherein the antenna is connected to the core layer via a conductive path. a top outer layer (202, 702, 1902) being a film covering, the top outer layer (202, 702, 1902) covering the outer protective layer (204, 704, 1904); and an antenna incorporated onto the film covering; wherein the antenna is connected to the core layer via a conductive path.
A system for medical device deployment, comprising: at least one optical shape sensing system associated with at least one of a deployable medical device and a deployment instrument, the OSS system being configured to measure at least one of shape, position or orientation of the deployable medical device and/or deployment instrument; a registration module configured to register OSS data with imaging data; an image processing module configured to create a visual representation of the deployable medical device and to jointly display the deployable medical device with the imaging data to visualize to a user the deployable medical device during its placement and deployment, and said system being characterized in that it further comprises a lookup table stored in memory and including different types of the deployable medical device in various deployment states to provide a model of the deployable medical device to be virtually rendered for display as the visual representation. at least one optical shape sensing system associated with at least one of a deployable medical device and a deployment instrument, the OSS system being configured to measure at least one of shape, position or orientation of the deployable medical device and/or deployment instrument; a registration module configured to register OSS data with imaging data; an image processing module configured to create a visual representation of the deployable medical device and to jointly display the deployable medical device with the imaging data to visualize to a user the deployable medical device during its placement and deployment, and said system being characterized in that it further comprises a lookup table stored in memory and including different types of the deployable medical device in various deployment states to provide a model of the deployable medical device to be virtually rendered for display as the visual representation.
A method for receiving a service by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS,, a system information block including BS capability information indicating that the BS supports a low-delay protocol, and a service list including low-delay services, wherein the low-delay protocol provides a service connection between the UE and a base station server in an access layer of the UE without using transmission control protocol / internet protocol, TCP/IP; in response to an application being executed on the UE, identifying whether a service of the application is included in the service list; if the service of the application is identified as being included in the service list, transmitting, to the BS, a service request message including application data of the application, a service name related to the application, and a temporary UE identity of the UE; and receiving, from the BS, a service request accept message including response data of the application data provided from the base station server. receiving, from a base station, BS,, a system information block including BS capability information indicating that the BS supports a low-delay protocol, and a service list including low-delay services, wherein the low-delay protocol provides a service connection between the UE and a base station server in an access layer of the UE without using transmission control protocol / internet protocol, TCP/IP; in response to an application being executed on the UE, identifying whether a service of the application is included in the service list; if the service of the application is identified as being included in the service list, transmitting, to the BS, a service request message including application data of the application, a service name related to the application, and a temporary UE identity of the UE; and receiving, from the BS, a service request accept message including response data of the application data provided from the base station server.
A bicycle carrier for a vehicle comprising a support assembly -for securing a bicycle to the vehicle, where the support assembly comprising a clamping jaw to secure the bicycle to the support assembly and a knob for transferring a torque to said clamping jaw of said support assembly, said knob comprising a torque limiting mechanism and a lock, said lock being operable between a locked position in which said knob is unable to transfer torque to said clamping jaw, and an unlocked position in which said knob is able to transfer torque to said clamping jaw, said torque limiting mechanism comprising a first and a second gear member (59, 60), said first gear member is biased into working cooperation with said second gear member wherein upon a torque threshold value, said first and second gear members (59, 60) are disengaged from said working cooperation so that a torque limiting function is provided, said knob having a longitudinal centre axis about which said knob is adapted to rotate to transfer said torque, wherein said first gear member is biased towards said second gear member in a direction along said longitudinal centre axis of said knob into said working cooperation.
An anti-IGF-1R antibody that specifically binds to human IGF-1R and that has abolished FcRn binding, wherein the antibody comprises a first Fc-region polypeptide and a second Fc-region polypeptide, wherein the first Fc-region polypeptide further comprises the mutations I253A, H310A and H435A and the second Fc-region polypeptide further comprises the mutations H310A, H433A and Y436A.
The A weighing device for weighing a food portion, comprising: a scale, and a conveyor belt extending at least partially above the scale, wherein the conveyor belt is provided with apertures, the scale comprises support elements, and wherein the conveyor belt and the support elements are movable relative to each other so that the support elements extend through at least a part of the apertures, characterized in that the scale is located between an upper run and a lower run of the conveyor belt, or that a first part of the scale is located between an upper run and a lower run of the conveyor belt, and a second part of the scale is located laterally next to the conveyor belt. a scale, and a conveyor belt extending at least partially above the scale, wherein the conveyor belt is provided with apertures, the scale comprises support elements, and wherein the conveyor belt and the support elements are movable relative to each other so that the support elements extend through at least a part of the apertures, characterized in that the scale is located between an upper run and a lower run of the conveyor belt, or that a first part of the scale is located between an upper run and a lower run of the conveyor belt, and a second part of the scale is located laterally next to the conveyor belt. the conveyor belt and the support elements are movable relative to each other so that the support elements extend through at least a part of the apertures, characterized in that the scale is located between an upper run and a lower run of the conveyor belt, or that a first part of the scale is located between an upper run and a lower run of the conveyor belt, and a second part of the scale is located laterally next to the conveyor belt.