mhurhangee/ep-ind-claims huggingface dataset:
Selection valve, in particular for beverage preparation machines, comprising: a valve body; a hot water inlet in the valve body; an air inlet in the valve body; at least a first outlet (77, 133) in the valve body; a selector member movably mounted with respect to the valve body for movement between a first position in which the hot water inlet is in fluid communication with the at least first outlet, and a second position in which both the hot water inlet and the air inlet are in fluid communication with the at least first outlet, (77, 133) further comprising a satellite element associated with the selector member, wherein the satellite element has a predefined limited amount of free relative movement with respect to the selector member for allowing the satellite element to be positioned independently of the selector member in between the first and second positions thereof, within the predefined limited amount of free relative movement. a valve body; a hot water inlet in the valve body; an air inlet in the valve body; at least a first outlet (77, 133) in the valve body; a selector member movably mounted with respect to the valve body for movement between a first position in which the hot water inlet is in fluid communication with the at least first outlet, and a second position in which both the hot water inlet and the air inlet are in fluid communication with the at least first outlet, (77, 133) further comprising a satellite element associated with the selector member, wherein the satellite element has a predefined limited amount of free relative movement with respect to the selector member for allowing the satellite element to be positioned independently of the selector member in between the first and second positions thereof, within the predefined limited amount of free relative movement.
A method performed by LTE comprising: receiving a Radio Resource Control, RRC, reconfiguration message including a full configuration information element, IE; performing a full configuration procedure in response to receiving the RRC reconfiguration message including the full configuration IE; releasing a Service Data Adaptation Protocol, SDAP, entity for each Protocol Data Unit, PDU, session identifier that is part of a current UE configuration in the full configuration procedure; releasing Data Radio Bearers, DRBs, each of the DRBs being associated with the PDU session identifier in the full configuration procedure; and indicating, to an upper layer, the release of the DRBs being associated with the PDU session identifier when determining that the PDU session identifier is not included in the received RRC reconfiguration message in the full configuration procedure, wherein the SDAP entity is configured for mapping between one DRB and a Quality of Service, QoS, flow, and the PDU session identifier is configured for identifying one PDU session. receiving a Radio Resource Control, RRC, reconfiguration message including a full configuration information element, IE; performing a full configuration procedure in response to receiving the RRC reconfiguration message including the full configuration IE; releasing a Service Data Adaptation Protocol, SDAP, entity for each Protocol Data Unit, PDU, session identifier that is part of a current UE configuration in the full configuration procedure; releasing Data Radio Bearers, DRBs, each of the DRBs being associated with the PDU session identifier in the full configuration procedure; and indicating, to an upper layer, the release of the DRBs being associated with the PDU session identifier when determining that the PDU session identifier is not included in the received RRC reconfiguration message in the full configuration procedure, wherein the SDAP entity is configured for mapping between one DRB and a Quality of Service, QoS, flow, and the PDU session identifier is configured for identifying one PDU session.
A heated pipeline for conveying a fluid, comprising an inner pipe intended to convey the fluid, an outer coating made of a thermal insulating material and covering the inner pipe and at least one heating element, wherein the outer coating comprises at least one duct delimited, in a transverse plane, by a closed outline entirely defined in the thermal insulating material, each duct housing a respective heating element, wherein the heated pipeline extends from a first end to a second end, wherein each duct is continuous between the first and second ends, characterized in that each duct is able to hold a pressure higher than 3 bar.
A method of treating a fabric material to obtain a first finish on a first side of said fabric material and a second, different, finish on an opposite second side of said fabric material, characterised in that said first and second finishes are applied simultaneously by a single operation, said single operation comprising the steps of: providing said fabric material having a hydrophilic character; applying a fluid dispersing medium to the second side of said fabric material, said fluid dispersing medium being a printing paste and comprising: first pigment particles for providing said first finish, said first pigment particles having a first size; and second pigment particles for providing said second finish, said second pigment particles having a second size larger than said first size; allowing said first pigment particles to permeate substantially through said fabric material to the first side while at least said second pigment particles remain substantially on the second side; and subsequently drying said fabric material. providing said fabric material having a hydrophilic character; applying a fluid dispersing medium to the second side of said fabric material, said fluid dispersing medium being a printing paste and comprising: first pigment particles for providing said first finish, said first pigment particles having a first size; and second pigment particles for providing said second finish, said second pigment particles having a second size larger than said first size; first pigment particles for providing said first finish, said first pigment particles having a first size; and second pigment particles for providing said second finish, said second pigment particles having a second size larger than said first size; allowing said first pigment particles to permeate substantially through said fabric material to the first side while at least said second pigment particles remain substantially on the second side; and subsequently drying said fabric material.
A name recalling system comprising: - a wearable device, worn by a first person, comprising a sensor adapted for sensing a movement of a body part of said first person, a controller unit adapted for sampling and processing data from the sensor in order to detect said movement of said body part, and communication means, wherein the controller unit is arranged to trigger at least voice capturing of a second person upon detection of said movement of said body part; - a microphone (7, 28, 43) arranged for voice capturing upon reception of a trigger signal from the controller unit, said voice capturing rendering a voice recording; - a mobile phone; - processing means (26, 31) adapted for performing voice profiling and speech recognition on the voice recording, said voice profiling rendering a voice profile and said speech recognition rendering a name; - a database (27, 32) comprising at least the rendered voice profiles and their associated names; and - a name presentation unit (21, 52) for presenting the name of a person upon matching of the voice profile of the person with a voice profile stored in the database (27, 32). - a wearable device, worn by a first person, comprising a sensor adapted for sensing a movement of a body part of said first person, a controller unit adapted for sampling and processing data from the sensor in order to detect said movement of said body part, and communication means, wherein the controller unit is arranged to trigger at least voice capturing of a second person upon detection of said movement of said body part; - a microphone (7, 28, 43) arranged for voice capturing upon reception of a trigger signal from the controller unit, said voice capturing rendering a voice recording; - a mobile phone; - processing means (26, 31) adapted for performing voice profiling and speech recognition on the voice recording, said voice profiling rendering a voice profile and said speech recognition rendering a name; - a database (27, 32) comprising at least the rendered voice profiles and their associated names; and - a name presentation unit (21, 52) for presenting the name of a person upon matching of the voice profile of the person with a voice profile stored in the database (27, 32).
A laser crystallization apparatus comprising: a light source unit configured to irradiate a laser beam; and an optical unit to which the laser beam is incident, in use, in an incident direction, wherein the optical unit includes a first portion (Pa) and a second portion (Pb) bonded to each other to form a bonded surface (Sab), and wherein a first width (Wa) of the first portion (Pa) and a second width (Wb) of the second portion (Pb) are the same as each other at the bonded surface (Sab) based on a direction parallel to the incident direction of the laser beam; wherein the optical unit comprises a plurality of sub-optical units (O1, O2, O3, O4, O5), characterised in that each of the plurality of sub-optical units (O1, O2, O3, O4, O5) includes a first portion (Pa) and a second portion (Pb) bonded to each other to form a bonded surface (Sab), and wherein the plurality of sub-optical units (O1, O2, O3, O4, O5) are sequentially arranged in the direction parallel to the incident direction of the laser beam; and wherein the plurality of sub-optical units (O1, O2, O3, O4, O5) include a first sub-optical unit and a second sub-optical unit, and a length of a first portion (O1a) of the first sub-optical unit is different from a length of a first portion (O2a) of the second sub-optical unit; and wherein the bonded surface of the first sub-optical unit and the bonded surface of the second sub-optical unit are disposed parallel to each other and offset from each other in the direction parallel to the incident direction of the laser beam. a light source unit configured to irradiate a laser beam; and an optical unit to which the laser beam is incident, in use, in an incident direction, wherein the optical unit includes a first portion (Pa) and a second portion (Pb) bonded to each other to form a bonded surface (Sab), and wherein a first width (Wa) of the first portion (Pa) and a second width (Wb) of the second portion (Pb) are the same as each other at the bonded surface (Sab) based on a direction parallel to the incident direction of the laser beam; wherein the optical unit comprises a plurality of sub-optical units (O1, O2, O3, O4, O5), characterised in that each of the plurality of sub-optical units (O1, O2, O3, O4, O5) includes a first portion (Pa) and a second portion (Pb) bonded to each other to form a bonded surface (Sab), and wherein the plurality of sub-optical units (O1, O2, O3, O4, O5) are sequentially arranged in the direction parallel to the incident direction of the laser beam; and wherein the plurality of sub-optical units (O1, O2, O3, O4, O5) include a first sub-optical unit and a second sub-optical unit, and a length of a first portion (O1a) of the first sub-optical unit is different from a length of a first portion (O2a) of the second sub-optical unit; and wherein the bonded surface of the first sub-optical unit and the bonded surface of the second sub-optical unit are disposed parallel to each other and offset from each other in the direction parallel to the incident direction of the laser beam.
Infrastructure for producing electric power, comprising: a column for distributing electric power, which is referred to as a backbone of the infrastructure and is suitable for conveying electric power to a network for using this power, a plurality of apparatuses (20, 21, 23, 24, 25) for producing electric power, which are connected to said backbone and suitable for feeding at least some of the generated power directly to said backbone, each apparatus (20, 21, 23, 24, 25) being designed to be able to produce electric power from a physical mechanical force exerted by a living being, characterized in that said infrastructure comprises at least one synchronization module, referred to as a reference module, which is connected to said backbone and to each apparatus (20, 21, 23, 24, 25) for producing electric power, said reference module being designed to identify and form a synchronization signal, referred to as a reference signal, suitable for traveling on said backbone and for allowing the synchronization of each production apparatus (20, 21, 23, 24, 25) with said backbone such that each apparatus (20, 21, 23, 24, 25) can directly feed power to said backbone. a column for distributing electric power, which is referred to as a backbone of the infrastructure and is suitable for conveying electric power to a network for using this power, a plurality of apparatuses (20, 21, 23, 24, 25) for producing electric power, which are connected to said backbone and suitable for feeding at least some of the generated power directly to said backbone, each apparatus (20, 21, 23, 24, 25) being designed to be able to produce electric power from a physical mechanical force exerted by a living being, characterized in that said infrastructure comprises at least one synchronization module, referred to as a reference module, which is connected to said backbone and to each apparatus (20, 21, 23, 24, 25) for producing electric power, said reference module being designed to identify and form a synchronization signal, referred to as a reference signal, suitable for traveling on said backbone and for allowing the synchronization of each production apparatus (20, 21, 23, 24, 25) with said backbone such that each apparatus (20, 21, 23, 24, 25) can directly feed power to said backbone.
A method of operating fluorescence microscopy apparatus to analyse a sample, the apparatus including input, processing, sample irradiating and detection arrangements (110, 112, 104, 100, 122), the method comprising the steps of: (a) receiving parameters in the processing arrangement via the input arrangement (110, 112), wherein the parameters relate to an experiment to be conducted using the apparatus and include at least one parameter relating to a fluorescent label present in the sample; (b) determining with the processing arrangement an excitation procedure to be carried out during the experiment having regard to the inputted parameters; (c) irradiating at least part of the sample with excitation energy from the sample irradiating arrangement in accordance with the excitation procedure; and (d) detecting with the detection arrangement fluorescent radiation emitted by the labels in the sample in response to the excitation energy, characterised in that the excitation procedure is also determined in step (b) having regard to the rate of photobleaching of the fluorescent label desired during the experiment. (a) receiving parameters in the processing arrangement via the input arrangement (110, 112), wherein the parameters relate to an experiment to be conducted using the apparatus and include at least one parameter relating to a fluorescent label present in the sample; (b) determining with the processing arrangement an excitation procedure to be carried out during the experiment having regard to the inputted parameters; (c) irradiating at least part of the sample with excitation energy from the sample irradiating arrangement in accordance with the excitation procedure; and (d) detecting with the detection arrangement fluorescent radiation emitted by the labels in the sample in response to the excitation energy,
A method performed by a terminal device (830, 500), comprising: determining a frequency hopping configuration for uplink shared channel transmission to a network node (820, 500) in a two-step contention-free random access procedure; and performing the uplink shared channel transmission to the network node in the two-step contention-free random access procedure, according to the determined frequency hopping configuration, wherein the determination of the frequency hopping configuration is based at least in part on dedicated signaling for the two-step contention-free random access procedure from the network node, and wherein the dedicated signaling includes one or more of: a flag indicating whether to enable frequency hopping; a set of frequency offset values; and an indicator of a frequency offset of frequency hopping configured for the uplink shared channel transmission. determining a frequency hopping configuration for uplink shared channel transmission to a network node (820, 500) in a two-step contention-free random access procedure; and performing the uplink shared channel transmission to the network node in the two-step contention-free random access procedure, according to the determined frequency hopping configuration, wherein the determination of the frequency hopping configuration is based at least in part on dedicated signaling for the two-step contention-free random access procedure from the network node, and wherein the dedicated signaling includes one or more of: a flag indicating whether to enable frequency hopping; a set of frequency offset values; and an indicator of a frequency offset of frequency hopping configured for the uplink shared channel transmission. a flag indicating whether to enable frequency hopping; a set of frequency offset values; and an indicator of a frequency offset of frequency hopping configured for the uplink shared channel transmission.
A fastener assembly installable in an opening of a workpiece, the assembly comprising: a swaged collar having a first end, a second end, and a main body extending between the first end and the second end, the main body including an inner surface defining a passageway; an inner member having a narrow section, a propping section, and a mandrel section between the narrow section and the propping section; and a radially-expanded outer member operably receivable in the opening of the workpiece and through which the inner member extends, the radially-expanded outer member comprising a head and a tubular body extending generally longitudinally from the head, the tubular body comprising an expandable portion and a coupling section with the expandable portion extending from the head to the coupling section, the inner surface of the collar being compressable against at least one locking feature of the expanded outer member to fix the collar and the outer member together, the expandable portion of the outer member being expandable from an unexpanded state to an expanded state by the mandrel section, whereupon the propping section keeps the expandable portion of the outer member in the expanded state in the workpiece, wherein the at least one locking feature is provided on the coupling section and the at least one locking feature comprises one of: a) an external groove; b) a bump c) a ridge, d) a projection, and e) a recessed region. a swaged collar having a first end, a second end, and a main body extending between the first end and the second end, the main body including an inner surface defining a passageway; an inner member having a narrow section, a propping section, and a mandrel section between the narrow section and the propping section; and a radially-expanded outer member operably receivable in the opening of the workpiece and through which the inner member extends, the radially-expanded outer member comprising a head and a tubular body extending generally longitudinally from the head, the tubular body comprising an expandable portion and a coupling section with the expandable portion extending from the head to the coupling section, the inner surface of the collar being compressable against at least one locking feature of the expanded outer member to fix the collar and the outer member together, the expandable portion of the outer member being expandable from an unexpanded state to an expanded state by the mandrel section, whereupon the propping section keeps the expandable portion of the outer member in the expanded state in the workpiece, wherein the at least one locking feature is provided on the coupling section and the at least one locking feature comprises one of: a) an external groove; b) a bump c) a ridge, d) a projection, and e) a recessed region. a) an external groove; b) a bump c) a ridge, d) a projection, and e) a recessed region.
Welding method for a welding device for welding weldable materials with a first movable heat tape support carrying a heating element and with a second non-movable heat tape support, on which a second heating element or an unheated element is arranged, wherein pressure sensors (23, 24) connected with a monitoring control unit are arranged under the non-movable heat tape support, wherein the first movable heat tape support is moved by a drive of at least one positioning unit between an opening position and a welding position, wherein a movement between the opening position and the welding position is monitored by the pressure sensors (23, 24), wherein the pressure sensors (23, 24) transmit one or several signals to the monitoring control unit, if a non-permissible operation is executed, characterized in that a non-permissible operation is executed if a pressure increase of the non-movable heat tape support within the movement between the opening position and the welding position is detected by the pressure sensors (23, 24), and that a position detection of the movable heat tape support occurs by means of a continuous optical monitoring of the travel.