mhurhangee/ep-ind-claims huggingface dataset:
A shelving comprising: - at least one pair of vertical uprights; - at least one shelf engaged with the two uprights and defining a flat support surface arranged horizontally with respect to said vertical uprights; and - reversible interlocking means of said shelf with said uprights; wherein said interlocking means comprise at least one series of projections (8a, 8b) which extend from an inner surface of a respective upright, wherein said series are housed within an opening formed in the shelf; said series comprising at least a first and a second pair (7a, 7b) of projections (8a, 8b), wherein wherein the projections (8a, 8b) of the first pair are closer than the projections (8a, 8b) of the second pair and said first pair of projections (8a, 8b) is arranged above the second pair of projections (8a, 8b); and each projection (8a, 8b) comprises a tab (10a, 10b) obtained by bending a portion of the upright. - at least one pair of vertical uprights; - at least one shelf engaged with the two uprights and defining a flat support surface arranged horizontally with respect to said vertical uprights; and - reversible interlocking means of said shelf with said uprights; wherein said interlocking means comprise at least one series of projections (8a, 8b) which extend from an inner surface of a respective upright, wherein
A method for facilitating secure communication between a client device and an application server, the method being performed in a gateway and comprising the steps of: receiving a first client request from the client device, the first client request comprising a first fully qualified domain name, FQDN, for the application server; transmitting a gateway request to the application server, wherein the gateway request is based on the first client request; receiving an application server response from the application server, the application server response indicating a need to provide authentication; generating a second FQDN, based on the first FQDN and an identifier of the client device; generating a client specific shared key based on the second FQDN and a shared key which is not specific to the client device; generating a redirect message comprising the second FQDN, an authentication request, a context identifier and the client specific shared key; transmitting the redirect message to the client device; receiving a second client request from the client device; and generating an authentication response in case the second client request fails to comprise an authentication response. receiving a first client request from the client device, the first client request comprising a first fully qualified domain name, FQDN, for the application server; transmitting a gateway request to the application server, wherein the gateway request is based on the first client request; receiving an application server response from the application server, the application server response indicating a need to provide authentication; generating a second FQDN, based on the first FQDN and an identifier of the client device; generating a client specific shared key based on the second FQDN and a shared key which is not specific to the client device; generating a redirect message comprising the second FQDN, an authentication request, a context identifier and the client specific shared key; transmitting the redirect message to the client device; receiving a second client request from the client device; and generating an authentication response in case the second client request fails to comprise an authentication response.
Actuating device for a valve of a concealed cistern, the actuating device comprising at least two operating elements (4.1, 4.2, 4.3, 4.4) for triggering a flushing process, wherein the actuating device is designed as an actuating plate (2a, 2b), characterized in that the actuating device is provided with afterglow pigments (6, 6', 6") which temporarily light up in the dark following excitation by artificial light or daylight, wherein the afterglow duration is at least 1 hour, preferably at least 2 hours, depending on the excitation duration by artificial or daylight, and wherein the afterglow pigments (6, 6', 6") are selectively distributed over a surface, preferably a visible total surface, of the actuating device.
A method of clearing and cleaning the lumen of a feeding tube placed in the body of a patient, the method comprising injecting an ingestible gel composition into the feeding tube, the ingestible gel composition comprising iota carrageenan, kappa carrageenan, or a combination thereof, a divalent metal ion or a salt thereof, and an enzyme for degrading buildup in the tube, wherein the composition has a viscosity of at least about 9,000 centipoise at room temperature, and a viscosity of about 4,000 or less at body temperature.
A projection screen that allows sound to pass through the screen, comprising: a first non-perforated reflecting screen of a first area mass, and at least one perforated reflecting screen (120, 130) of a second area mass, wherein the first non-perforated reflecting screen is positioned in front of the at least one perforated reflecting screen (120, 130) relative to a light beam from a projector, characterised in that the first area mass is greater than the second area mass, and that the perforated reflecting screen is knitted. a first non-perforated reflecting screen of a first area mass, and at least one perforated reflecting screen (120, 130) of a second area mass, wherein the first non-perforated reflecting screen is positioned in front of the at least one perforated reflecting screen (120, 130) relative to a light beam from a projector, characterised in that the first area mass is greater than the second area mass, and that the perforated reflecting screen is knitted.
A method for selective distributed speech recognition comprising: receiving by a dialog manager of a wireless device, a grammar type indicator associated with an information request, the grammar type indicator indicating an expected complexity of a speech input in response to the information request; receiving, at the wireless device, a speech input from a user in response to the information request; encoding the received speech input to generate an encoded audio input, and providing the encoded audio input to the dialog manager; and limiting, by the dialog manager of the wireless device, speech recognition of the received speech input to one of: a first embedded speech recognition engine and at least one second speech recognition engine, based on the grammar type indicator in comparison to a grammar type capability of the first embedded speech recognition engine, the first speech recognition engine being disposed within the wireless device, and the at least one second speech recognition engine being external to the wireless device. receiving by a dialog manager of a wireless device, a grammar type indicator associated with an information request, the grammar type indicator indicating an expected complexity of a speech input in response to the information request; receiving, at the wireless device, a speech input from a user in response to the information request; encoding the received speech input to generate an encoded audio input, and providing the encoded audio input to the dialog manager; and limiting, by the dialog manager of the wireless device, speech recognition of the received speech input to one of: a first embedded speech recognition engine and at least one second speech recognition engine, based on the grammar type indicator in comparison to a grammar type capability of the first embedded speech recognition engine, the first speech recognition engine being disposed within the wireless device, and the at least one second speech recognition engine being external to the wireless device.
A method, comprising: a Radio Frequency Identification, RFID, device setting a read power level of the device to an initial power level; the RFID device determining a floor read power level by iteratively interrogating a selected RFID label, proximate the RFID device while decreasing the read power level until either the selected RFID label fails to respond to the interrogation, or the read power level reaches a minimum power level; the RFID device determining a ceiling read power level by iteratively interrogating the selected RFID label while increasing the read power level until either another RFID label, different from the selected RFID label, responds to the interrogation, or the read power level reaches a maximum power level; and configuring the read power level of the RFID device based at least in part on the floor read power level and the ceiling read power level. a Radio Frequency Identification, RFID, device setting a read power level of the device to an initial power level; the RFID device determining a floor read power level by iteratively interrogating a selected RFID label, proximate the RFID device while decreasing the read power level until either the selected RFID label fails to respond to the interrogation, or the read power level reaches a minimum power level; the RFID device determining a ceiling read power level by iteratively interrogating the selected RFID label while increasing the read power level until either another RFID label, different from the selected RFID label, responds to the interrogation, or the read power level reaches a maximum power level; and configuring the read power level of the RFID device based at least in part on the floor read power level and the ceiling read power level.
A liquid composition comprising (i) a botulinum toxin, (ii) L-alanine or methyl cellulose, (iii) a non-ionic surfactant, and (iv) a buffer, wherein the non-ionic surfactant is polysorbate 20 and the liquid composition comprises 0.00001 to 0.1 %(w/v) polysorbate 20 based on the total content of the composition.
A radio system, said radio system being embarked on an airborne vehicle, characterised in that it comprises at least the following elements: - a waveform generator generating, alternatively, an FMCW wave representing a linearly frequency-modulated continuous wave for a radar imaging and a CW wave representing a wave kept at a given frequency for measuring a velocity vector; - an amplification chain switched towards a set of transmit antennas (41, 42, 43); - the set of transmit antennas (41, 42, 43) comprising at least one lateral antenna (41, 42) and one ventral antenna; - a set of receive antennas (51, 52, 531, 532) comprising at least one lateral antenna (51, 52) and one ventral antenna (531, 532); - a set of receivers (71-2, 731, 732) linked to the set of receive antennas (51, 52, 531, 532); and - a signal processor implementing processing operations on FMCW signals received from the one or more lateral antennas (51, 52) of the set of receive antennas (51, 52, 531, 532) and spectrally analysing CW signals received from the one or more lateral antennas (51, 52) and from the one or more ventral antennas (531, 532) of the set of receive antennas (51, 52, 531, 532) so as to supply SAR images and components of the velocity vector of said airborne vehicle. - a waveform generator generating, alternatively, an FMCW wave representing a linearly frequency-modulated continuous wave for a radar imaging and a CW wave representing a wave kept at a given frequency for measuring a velocity vector; - an amplification chain switched towards a set of transmit antennas (41, 42, 43); - the set of transmit antennas (41, 42, 43) comprising at least one lateral antenna (41, 42) and one ventral antenna; - a set of receive antennas (51, 52, 531, 532) comprising at least one lateral antenna (51, 52) and one ventral antenna (531, 532); - a set of receivers (71-2, 731, 732) linked to the set of receive antennas (51, 52, 531, 532); and - a signal processor implementing processing operations on FMCW signals received from the one or more lateral antennas (51, 52) of the set of receive antennas (51, 52, 531, 532) and spectrally analysing CW signals received from the one or more lateral antennas (51, 52) and from the one or more ventral antennas (531, 532) of the set of receive antennas (51, 52, 531, 532) so as to supply SAR images and components of the velocity vector of said airborne vehicle.
A sheath for delivering a medical device, wherein the sheath has a proximal and a distal end and comprises: an expandable inner layer having an inner surface and an outer surface, wherein the inner surface of the expandable inner layer defines a lumen having a longitudinal axis and comprising at least one folded portion having an inner portion and outer portion; an outer layer having an inner surface and an outer surface and extending at least partially around the inner layer such that at least a first portion of the outer surface of the outer layer is positioned adjacent to the inner portion of the at least one folded portion of the inner layer, while a first portion of the inner surface of the outer layer is positioned adjacent to the outer portion of the at least one folded portion of the inner layer; a first polymer disposed between at least a portion of the inner layer and at least a portion of the outer layer, forming an intermediate layer, wherein the first polymer exhibits a melting temperature from about 30 °C to about 45 °C; and wherein the at least one folded portion is configured to at least partially unfold during application of a radial outward force by passage of a medical device through the lumen of the inner layer. an expandable inner layer having an inner surface and an outer surface, wherein the inner surface of the expandable inner layer defines a lumen having a longitudinal axis and comprising at least one folded portion having an inner portion and outer portion; an outer layer having an inner surface and an outer surface and extending at least partially around the inner layer such that at least a first portion of the outer surface of the outer layer is positioned adjacent to the inner portion of the at least one folded portion of the inner layer, while a first portion of the inner surface of the outer layer is positioned adjacent to the outer portion of the at least one folded portion of the inner layer; a first polymer disposed between at least a portion of the inner layer and at least a portion of the outer layer, forming an intermediate layer, wherein the first polymer exhibits a melting temperature from about 30 °C to about 45 °C; and wherein the at least one folded portion is configured to at least partially unfold during application of a radial outward force by passage of a medical device through the lumen of the inner layer.
A method for reforming an exhaust gas generated from a metallurgical furnace, comprising: adding a reducing agent to an exhaust gas containing high temperature carbon dioxide gas, discharged from a metallurgical furnace, to react the carbon dioxide gas and the reducing agent and to reform the exhaust gas, wherein the reducing agent is added when an oxygen concentration in the exhaust gas is 1 vol% or less, and the reforming reaction is completed when an exhaust gas temperature is 800°C or more, wherein the reducing agent is at least one fossil resource type compound selected from the group consisting of natural gas, liquefied petroleum gas, methane, ethane, light naphtha, raffinate, methanol, ethanol, dimethyl ether and diethyl ether, or at least one nonfossil resource type compound selected from the group consisting of bioethanol, biodiesel and a mixture of bioethanol and biodiesel; and the metallurgical furnace is an oxygen converter and the reducing agent is blown from a reducing agent blowing nozzle having a concentric double pipe structure comprising an outer pipe for blowing diluted nitrogen and an inner pipe for blowing a reducing agent, the reducing agent blowing nozzle, fitted together by insertion in the outer pipe, being installed to a duct wall of an oxygen converter gas recovery system of the oxygen converter. adding a reducing agent to an exhaust gas containing high temperature carbon dioxide gas, discharged from a metallurgical furnace, to react the carbon dioxide gas and the reducing agent and to reform the exhaust gas, wherein the reducing agent is added when an oxygen concentration in the exhaust gas is 1 vol% or less, and the reforming reaction is completed when an exhaust gas temperature is 800°C or more, wherein the reducing agent is at least one fossil resource type compound selected from the group consisting of natural gas, liquefied petroleum gas, methane, ethane, light naphtha, raffinate, methanol, ethanol, dimethyl ether and diethyl ether, or at least one nonfossil resource type compound selected from the group consisting of bioethanol, biodiesel and a mixture of bioethanol and biodiesel; and the metallurgical furnace is an oxygen converter and the reducing agent is blown from a reducing agent blowing nozzle having a concentric double pipe structure comprising an outer pipe for blowing diluted nitrogen and an inner pipe for blowing a reducing agent, the reducing agent blowing nozzle, fitted together by insertion in the outer pipe, being installed to a duct wall of an oxygen converter gas recovery system of the oxygen converter.
An analyzer apparatus (120, 120', 120") for use with a frame-based or packet-based wired network using a medium (16, 16b) that comprises two conductors (14a, 14b) that carry a waveform of part of a frame or a packet (111a, 111b), and for use with multiple devices (56a, 56b, 56c) that are connected to, and communicate with each other over, the medium, the analyzer apparatus comprising: a connector for connecting to the medium (122a, 122b) for receiving the waveform transmitted to the medium by a transmitting device that is one of the multiple devices; an Analog-to-Digital (A/D) converter (124, 124a, 124b) coupled to the connector for producing digital samples of the waveform that is part of the received frame or packet; a first memory (127, 121b) coupled to the A/D converter for storing the digital samples; characterized in that: each of the multiple devices is associated with a respective waveform-related criterion, and the analyzer device further comprising: a second memory (127, 121a, 121d) for storing the multiple waveform-related criterions associated with the multiple devices; a software and a processor for executing the software, the processor coupled to the first memory for analyzing the stored digital samples and to the second memory for fetching at least one of the criterions; and an enclosure housing the connector, the A/D converter, the first and second memories, and the processor, wherein the analyzer apparatus is operative for checking (76, 155) the digital samples of the received waveform according to a waveform-related criterion (55, 78) associated with the transmitting device from the multiple waveform-related criterions, and acting (79, 79a, 157) in response to the waveform not satisfying the checked criterion. a connector for connecting to the medium (122a, 122b) for receiving the waveform transmitted to the medium by a transmitting device that is one of the multiple devices; an Analog-to-Digital (A/D) converter (124, 124a, 124b) coupled to the connector for producing digital samples of the waveform that is part of the received frame or packet; a first memory (127, 121b) coupled to the A/D converter for storing the digital samples; a second memory (127, 121a, 121d) for storing the multiple waveform-related criterions associated with the multiple devices; a software and a processor for executing the software, the processor coupled to the first memory for analyzing the stored digital samples and to the second memory for fetching at least one of the criterions; and an enclosure housing the connector, the A/D converter, the first and second memories, and the processor, wherein the analyzer apparatus is operative for checking (76, 155) the digital samples of the received waveform according to a waveform-related criterion (55, 78) associated with the transmitting device from the multiple waveform-related criterions, and acting (79, 79a, 157) in response to the waveform not satisfying the checked criterion.
A process for preparing bromine-containing polymer, comprising a Friedel-Crafts alkylation reaction of tetrabromoxylylene dihalide, or tetrabromoxylylene dihalide in combination with pentabromobenzyl halide, with a reactant having one or more six-membered aromatic rings, wherein the reaction takes place in a solvent in the presence of a Friedel-Crafts catalyst, and isolating from the reaction mixture the bromine-containing polymer.
Backplane device for a spatial light modulator, especially a spatial light modulator in a display device for generating a two-dimensional and/or three-dimensional representation of a scene or of content, the spatial light modulator comprising pixels having pixel addresses and being electronically controllable by the backplane device with actively controllable switching elements (100, 200, 300, 400) for assigning pixel values with a bit depth greater than one to the pixels, the backplane device comprising at least one analog line and at least one pixel addressing means, wherein such a pixel addressing means comprises x-addressing lines and y-addressing lines, wherein every pixel is connected to an analog line, to an x-addressing line and to a y-addressing line, the backplane device further comprising a generating means as a pixel value assigning scheme adapted to generate a voltage characteristic to be applied to the at least one analog line, characterized in that the voltage characteristic is variable in time and has predominantly the characteristic of a mathematically monotonic function which comprises essentially the shape of a ramp up function for one frame and comprises essentially a ramp down function for the subsequent frame and depends on the pixel values and a pixel value distribution to be assigned to the pixels, wherein the backplane device is adapted such that an order of the pixel addresses is determined depending on the generated voltage characteristic as a pixel addressing scheme and such that the generated voltage characteristic is applied to the at least one analog line for the purpose of assigning the pixel values to the pixels.
Method for machining a workpiece with a milling tool arranged on a rotatable spindle, wherein the spindle is moved relative to the workpiece or the workpiece is moved relative to the spindle along a machining path and the spindle rotates about a spindle axis, wherein a rotational speed and/or a phase position of the rotation of the spindle along the machining path is controlled, characterized in that the machining path comprises linear parallel paths and the phase position of the spindle along the machining path is substantially the same in adjacent paths, the phase position being controlled by varying the rotational speed of the spindle and/or the feed rate of the spindle relative to the workpiece along the machining path.