mhurhangee/ep-ind-claims huggingface dataset:
Clamping device comprising a support element, a retaining jaw and a spring element configured as a flexible arm, wherein the spring element is arranged between the support element and the retaining jaw and is connected thereto in each case, the spring element is configured as a dual-acting flexible arm arrangement and the spring element comprises at least two flexible springs (17a, 17b) extending substantially in parallel which are arranged one behind the other when viewed in the clamping direction K, characterized in that the flexible springs (17a, 17b) at their respective ends are connected fixedly in terms of rotation to the support element and the retaining jaw.
A sorting device for live fish with an upwardly open water tank and a vertical grid unit that is connected to the interior of the water tank by means of a peripheral sealing element and divides this water tank into two separated regions (04, 05), wherein said grid unit has multiple slit openings that are delimited by horizontal and vertical webs (08, 09), and wherein said slit openings can with respect to their shape and size be adapted to the fish to be sorted and closed for these fish, characterized in that the grid unit comprises at least one carrier plate and at least one adjustment plate with an identical design and arrangement of the slit openings and the horizontal and vertical webs (08, 09), wherein the carrier plate divides the water tank into the two regions (04, 05), wherein the adjustment plate is displaceably arranged on the carrier plate and, depending on the position of the adjustment plate, the horizontal and vertical webs (08, 09) of the adjustment plate cover the slit openings of the carrier plate such that effective slit openings between a maximum value and a minimum value are formed, and wherein the effective slit openings on the carrier plate are at the maximum value completely opened and at the minimum value closed to such a degree that the fish to be sorted are prevented from swimming through.
Vehicle air conditioner having a refrigerant circuit that comprises, as components, at least one evaporator, one refrigerant compressor, one refrigerant condenser, one expansion valve associated with the evaporator and at least one heat exchanger with an associated expansion valve provided for coupling to a coolant circuit of a heat source, wherein the components are connected by means of a refrigerant line and the series connection consisting of the heat exchanger and the associated expansion valve is arranged in parallel to the series connection consisting of the evaporator and the associated expansion valve, characterised in that - a refrigerant container comprising a refrigerant-receiving chamber (10.1) having a controllable volume and connected to the refrigerant line on the highpressure side of the refrigerant compressor is provided, - the chamber (10.1) of the refrigerant container is connected to a line section (9.7, 9.71) of the refrigerant line that is connected to the outlet of the refrigerant condenser, - sensor means are provided that are arranged as operating parameters at the outlet of the refrigerant condenser in the flow direction of the refrigerant for determining the pressure and the temperature of the refrigerant, and - a control unit is provided with which the volume of the chamber (10.1) of the refrigerant container is controlled as a function of the operating parameters of the refrigerant circuit. - a refrigerant container comprising a refrigerant-receiving chamber (10.1) having a controllable volume and connected to the refrigerant line on the highpressure side of the refrigerant compressor is provided, - the chamber (10.1) of the refrigerant container is connected to a line section (9.7, 9.71) of the refrigerant line that is connected to the outlet of the refrigerant condenser, - sensor means are provided that are arranged as operating parameters at the outlet of the refrigerant condenser in the flow direction of the refrigerant for determining the pressure and the temperature of the refrigerant, and - a control unit is provided with which the volume of the chamber (10.1) of the refrigerant container is controlled as a function of the operating parameters of the refrigerant circuit.
Aldiminosilane of the formula where x is 0 or 1 or 2, R 1 is a monovalent aliphatic or cycloaliphatic or arylaliphatic hydrocarbyl radical optionally containing ether groups and having 1 to 12 carbon atoms, R 2 is a monovalent hydrocarbyl radical having 1 to 12 carbon atoms, A is an alkylene radical optionally having ether oxygen or amine nitrogen and having 1 to 12 carbon atoms, and Z is an aryl radical substituted by an alkyl or alkoxy group and having a total of 12 to 26 carbon atoms, characterized in that Z is a radical of the formula where R is selected from mainly branched 4-decyl, 4-undecyl, 4-dodecyl, 4-tridecyl and 4-tetradecyl radicals. x is 0 or 1 or 2, R 1 is a monovalent aliphatic or cycloaliphatic or arylaliphatic hydrocarbyl radical optionally containing ether groups and having 1 to 12 carbon atoms, R 2 is a monovalent hydrocarbyl radical having 1 to 12 carbon atoms, A is an alkylene radical optionally having ether oxygen or amine nitrogen and having 1 to 12 carbon atoms, and Z is an aryl radical substituted by an alkyl or alkoxy group and having a total of 12 to 26 carbon atoms, characterized in that Z is a radical of the formula where R is selected from mainly branched 4-decyl, 4-undecyl, 4-dodecyl, 4-tridecyl and 4-tetradecyl radicals.
An endoluminal prosthesis delivery system comprising: a delivery catheter comprising: a distal portion configured to hold and deploy an endoluminal prosthesis and to track through a body lumen, the distal portion comprising at least one stiffening element (30a, 30b) comprising a first end coupled to the distal portion and a free end extending along a length of the distal portion, wherein the at least one stiffening element (30a, 30b) is configured to be coupled to the endoluminal prosthesis and removed from the endoluminal prosthesis after the endoluminal prosthesis is deployed, an endoluminal prosthesis comprising: a flexible portion; and at least one prosthesis coupling element (57a, 57b) configured to couple to the at least one stiffening element (30a, 30b) so as to support the flexible portion when the prosthesis is being deployed, wherein the prosthesis comprises a graft material characterised in that the prosthesis coupling element (57a, 57b) comprises the graft material and wherein the prosthesis coupling element comprises a pocket (57a, 57b) coupled to the graft material. a delivery catheter comprising: a distal portion configured to hold and deploy an endoluminal prosthesis and to track through a body lumen, the distal portion comprising at least one stiffening element (30a, 30b) comprising a first end coupled to the distal portion and a free end extending along a length of the distal portion, wherein the at least one stiffening element (30a, 30b) is configured to be coupled to the endoluminal prosthesis and removed from the endoluminal prosthesis after the endoluminal prosthesis is deployed, an endoluminal prosthesis comprising: a flexible portion; and at least one prosthesis coupling element (57a, 57b) configured to couple to the at least one stiffening element (30a, 30b) so as to support the flexible portion when the prosthesis is being deployed, a distal portion configured to hold and deploy an endoluminal prosthesis and to track through a body lumen, the distal portion comprising at least one stiffening element (30a, 30b) comprising a first end coupled to the distal portion and a free end extending along a length of the distal portion, wherein the at least one stiffening element (30a, 30b) is configured to be coupled to the endoluminal prosthesis and removed from the endoluminal prosthesis after the endoluminal prosthesis is deployed, an endoluminal prosthesis comprising: a flexible portion; and at least one prosthesis coupling element (57a, 57b) configured to couple to the at least one stiffening element (30a, 30b) so as to support the flexible portion when the prosthesis is being deployed, a flexible portion; and at least one prosthesis coupling element (57a, 57b) configured to couple to the at least one stiffening element (30a, 30b) so as to support the flexible portion when the prosthesis is being deployed, wherein the prosthesis comprises a graft material characterised in that the prosthesis coupling element (57a, 57b) comprises the graft material and wherein the prosthesis coupling element comprises a pocket (57a, 57b) coupled to the graft material.
A handbrake locking device comprising a locking bar arranged in use to be located beneath the lever of a handbrake, the locking bar being rotatable between a handbrake release enablement position in which the handbrake can be operated, and a handbrake release prevention position in which the handbrake is prevented from being released, in use; characterized in that: the locking bar is oriented parallel to the axis (H-H) of the handbrake lever in the handbrake release enablement position, and is rotated such that at least a portion of the locking bar extends directly beneath the handbrake lever in the handbrake release prevention position.
Rotary electric machine comprising at least: - a first stator circuit capable of driving a rotor and comprising at least one first winding; - a first control means capable of driving the first stator winding so as to drive the rotor; - a second stator circuit capable of driving said rotor and comprising a second winding; - a second control means capable of driving the second stator circuit independently of the first stator circuit according to a setpoint, characterized in that it further includes generating means for generating the setpoint, said setpoint including a random or pseudorandom component so as to spread the spectrum of the magnetic field produced by the first and second windings and decrease the acoustic interference of the electric machine, the first and second windings being connected as an autotransformer. - a first stator circuit capable of driving a rotor and comprising at least one first winding; - a first control means capable of driving the first stator winding so as to drive the rotor; - a second stator circuit capable of driving said rotor and comprising a second winding; - a second control means capable of driving the second stator circuit independently of the first stator circuit according to a setpoint,
An isolated, immunogenic polypeptide fragment of a human Arginase protein of SEQ ID NO: 1 (Arginase 1) or SEQ ID NO: 60 (Arginase 2), which fragment is up to 55 amino acids in length and which comprises or consists of a sequence of at least 8, 9, 10, 20, 30, 40 or 50 consecutive amino acids of either of SEQ ID NO: 52 or SEQ ID NO: 58.
A method for managing a secure element comprising a plurality of software containers (20, 30) and an operating system, said operating system being able to handle a set of communication protocols with external entities, characterized in that the operating system comprises a routing agent that accesses a pairing data comprising a description of an association between each communication protocol of said set and a software container belonging to the plurality of software containers, each of said communication protocols being associated with a single software container, and in that upon receipt of a message targeting one of said software containers from one of said external entities, the routing agent identifies a used communication protocol that has been used to convey the message and uses the used communication protocol as a discriminator to route the message to the software container which is targeted by said message and which is declared in the pairing data as being associated with the used communication protocol.
A fiber-metal laminate, comprising: fiber cloth; a resin layer, disposed on the fiber cloth; a metal layer, disposed on the resin layer; and a plurality of chopped fibers, distributed between the fiber cloth and the resin layer, wherein each chopped fiber comprises a first part inserted into the fiber cloth and a second part fixed in the resin layer. fiber cloth; a resin layer, disposed on the fiber cloth; a metal layer, disposed on the resin layer; and a plurality of chopped fibers, distributed between the fiber cloth and the resin layer, wherein each chopped fiber comprises a first part inserted into the fiber cloth and a second part fixed in the resin layer.
A method performed by a first radio device, for handling 802.11 signals transmitted by a second radio device, wherein the second radio device is a non-Wi-Fi certified device, wherein the method comprises: - receiving a transmission from the second radio device comprising an 802.11 signal, - detecting that the second radio device is a non-Wi-Fi certified device, by determining that the signaling behavior of the second radio device deviates from the signaling behavior of a Wi-Fi certified device, wherein the step of detecting that the second radio device is a non-Wi-Fi certified device comprises one or more of the following: - determining that an 802.11 management frame is received from the second radio device in the absence of an 802.11 beacon frame; - determining that an 802.11 physical layer frame is received from the second radio device in the absence of an 802.11 beacon frame; - determining that an 802.11 management frame is received from the second radio device in the absence of a following 802.11 preamble; - determining that a Direct Current, DC, null tone of the transmission received from the second radio device has a width different than the DC null tone for 802.11 of 312.5 kHz. - receiving a transmission from the second radio device comprising an 802.11 signal, - detecting that the second radio device is a non-Wi-Fi certified device, by determining that the signaling behavior of the second radio device deviates from the signaling behavior of a Wi-Fi certified device, wherein the step of detecting that the second radio device is a non-Wi-Fi certified device comprises one or more of the following: - determining that an 802.11 management frame is received from the second radio device in the absence of an 802.11 beacon frame; - determining that an 802.11 physical layer frame is received from the second radio device in the absence of an 802.11 beacon frame; - determining that an 802.11 management frame is received from the second radio device in the absence of a following 802.11 preamble; - determining that a Direct Current, DC, null tone of the transmission received from the second radio device has a width different than the DC null tone for 802.11 of 312.5 kHz. - determining that an 802.11 management frame is received from the second radio device in the absence of an 802.11 beacon frame; - determining that an 802.11 physical layer frame is received from the second radio device in the absence of an 802.11 beacon frame; - determining that an 802.11 management frame is received from the second radio device in the absence of a following 802.11 preamble; - determining that a Direct Current, DC, null tone of the transmission received from the second radio device has a width different than the DC null tone for 802.11 of 312.5 kHz.
A method of managing configuration of a telecommunications network, the method comprising: a) receiving, in a management system of the network, a remotely created data file containing attributes of managed objects corresponding to operation of the telecommunications network; b) inspecting the data file and identifying managed objects having attributes which have been created, varied or deleted; c) producing a database of the identified managed objects and operations to be carried out on the identified managed objects; d) storing in said database the time and/or date when the respective identified managed objects are created, varied or deleted; and e) analysing the data in the database by analysing frequency in the creation, variation or deletion of each managed object and producing a policy for synchronization of a managed object cache within said management system with the managed objects corresponding to operation of the telecommunications network to manage the configuration of the telecommunications network accordingly. a) receiving, in a management system of the network, a remotely created data file containing attributes of managed objects corresponding to operation of the telecommunications network; b) inspecting the data file and identifying managed objects having attributes which have been created, varied or deleted; c) producing a database of the identified managed objects and operations to be carried out on the identified managed objects; d) storing in said database the time and/or date when the respective identified managed objects are created, varied or deleted; and e) analysing the data in the database by analysing frequency in the creation, variation or deletion of each managed object and producing a policy for synchronization of a managed object cache within said management system with the managed objects corresponding to operation of the telecommunications network to manage the configuration of the telecommunications network accordingly.
A method comprising the steps of: grouping a first set of images; analyzing the first set of images to determine a predominant color; comparing the predominant color to a plurality of colors to determine a matched color for the first set of images; generating a first text in the matched color; providing the first text in the matched color with the first set of images for display; grouping a second set of images; analyzing the second set of images to determine a predominant color; comparing the predominant color to a plurality of colors to determine a matched color for the second set of images; determining if the matched color for the second set of images is the same as the matched color for the first set of images; generating a second text in an alternative color for the second set of images if it is determined that the matched color for the second set of images is the same as the matched color for the first set of images, wherein said alternative color is determined by selecting the second closest color matching the predominant color in the second set of images, amongst the plurality of colors; and providing the second text in the alternative color with the second set of images for display. grouping a first set of images; analyzing the first set of images to determine a predominant color; comparing the predominant color to a plurality of colors to determine a matched color for the first set of images; generating a first text in the matched color; providing the first text in the matched color with the first set of images for display; grouping a second set of images; analyzing the second set of images to determine a predominant color; comparing the predominant color to a plurality of colors to determine a matched color for the second set of images; determining if the matched color for the second set of images is the same as the matched color for the first set of images; generating a second text in an alternative color for the second set of images if it is determined that the matched color for the second set of images is the same as the matched color for the first set of images, wherein said alternative color is determined by selecting the second closest color matching the predominant color in the second set of images, amongst the plurality of colors; and providing the second text in the alternative color with the second set of images for display.
A solid composition, comprising nanoparticles of lopinavir and ritonavir dispersed within a mixture of at least one hydrophilic polymer and at least one surfactant; wherein the hydrophilic polymer is PVA and the surfactant is selected from vitamin-E-polyethylene glycol-succinate (Vit-E-PEG-succinate), Polysorbate 20, and sodium deoxycholate.
A method of preparing an electrode for a medical device comprising: a. pre-treating a region of an electrically conductive lead wire by contacting the region with a liquid of a reactive metal; b. removing reactive metal oxides formed on the lead wire due to the contacting with the liquid of the reactive metal; c. embedding the lead wire in a metal powder compact; d. de-oxidation sintering the metal powder compact and lead wire in the presence of a vapor of the reactive metal; and e. removing reactive metal oxides formed during the de-oxidation sintering process. a. pre-treating a region of an electrically conductive lead wire by contacting the region with a liquid of a reactive metal; b. removing reactive metal oxides formed on the lead wire due to the contacting with the liquid of the reactive metal; c. embedding the lead wire in a metal powder compact; d. de-oxidation sintering the metal powder compact and lead wire in the presence of a vapor of the reactive metal; and e. removing reactive metal oxides formed during the de-oxidation sintering process.
A telecommunication system (100, 200) comprising: a first section configured for: receiving signals from at least one transmitting base station or at least one transmitting terminal device, the received signals having frequencies in a plurality of frequency bands; wherein said first section is further configured for: sampling the received signals such that the received signals are aliased, and combining the aliased signals from the plurality of frequency bands into a combined frequency band in a common Nyquist zone, wherein the aliased signals are non-overlapping within the common Nyquist zone; and wherein signals transmitted to at least one receiving base station or at least one receiving terminal device are derived from signals extracted from the combined frequency band to a frequency band from a Nyquist zone different than the common Nyquist zone. a first section configured for: receiving signals from at least one transmitting base station or at least one transmitting terminal device, the received signals having frequencies in a plurality of frequency bands; wherein said first section is further configured for: sampling the received signals such that the received signals are aliased, and combining the aliased signals from the plurality of frequency bands into a combined frequency band in a common Nyquist zone, wherein the aliased signals are non-overlapping within the common Nyquist zone; and receiving signals from at least one transmitting base station or at least one transmitting terminal device, the received signals having frequencies in a plurality of frequency bands; wherein said first section is further configured for: sampling the received signals such that the received signals are aliased, and combining the aliased signals from the plurality of frequency bands into a combined frequency band in a common Nyquist zone, wherein the aliased signals are non-overlapping within the common Nyquist zone; and sampling the received signals such that the received signals are aliased, and combining the aliased signals from the plurality of frequency bands into a combined frequency band in a common Nyquist zone, wherein the aliased signals are non-overlapping within the common Nyquist zone; and wherein signals transmitted to at least one receiving base station or at least one receiving terminal device are derived from signals extracted from the combined frequency band to a frequency band from a Nyquist zone different than the common Nyquist zone.
A fine silver particle composition comprising: fine silver particles, a dispersant containing an alkoxyamine, and a dispersing medium; wherein a content of the dispersant is 0.1 to 7.0 % by mass relative to a content of the fine silver particles, and wherein a weight loss when heating from room temperature to 200°C is 70 % by mass or more of a weight loss until 500 °C in the fine silver particle composition. fine silver particles, a dispersant containing an alkoxyamine, and a dispersing medium; wherein a content of the dispersant is 0.1 to 7.0 % by mass relative to a content of the fine silver particles, and wherein a weight loss when heating from room temperature to 200°C is 70 % by mass or more of a weight loss until 500 °C in the fine silver particle composition.