mhurhangee/ep-ind-claims huggingface dataset:
A construction equipment, comprising a framework and at least one electric actuator (10.1, 10.2, 10.3) for moving at least one element of the framework, wherein the actuator comprises: - a ball or roller screw system comprising a threaded rod and a nut forming a helical connection with the threaded rod, - an electric motor for driving the rod in rotation around a longitudinal axis, thereby forcing the nut to move axially along the rod; - a carriage which is axially connected with the nut, and - axial guide means for guiding the movement of the carriage, wherein the guide means are fixed to the framework, the construction equipment is characterized in that the actuator further comprises at least one support element that connects, directly or indirectly, threaded rod to framework, wherein said support element is a bearing or an elastic arrangement designed so that threaded rod can tilt, to some extent, relative to framework around any axis perpendicular to the longitudinal axis. - a ball or roller screw system comprising a threaded rod and a nut forming a helical connection with the threaded rod, - an electric motor for driving the rod in rotation around a longitudinal axis, thereby forcing the nut to move axially along the rod; - a carriage which is axially connected with the nut, and - axial guide means for guiding the movement of the carriage, wherein the guide means are fixed to the framework,
A guidance system for directing a cutting instrument to cut a tibial bone region or a talar bone region, or both, at an ankle joint, characterized in that the system comprises: a cutting guide for a cutting instrument sized to fit in the ankle joint between the tibial and talar bone regions, the cutting guide including an intramedullary locating element that fits within an intramedullary passage formed in the tibial and talar bone regions to align the cutting guide in a desired orientation with the tibial and talar bone regions. a cutting guide for a cutting instrument sized to fit in the ankle joint between the tibial and talar bone regions, the cutting guide including an intramedullary locating element that fits within an intramedullary passage formed in the tibial and talar bone regions to align the cutting guide in a desired orientation with the tibial and talar bone regions.
Palmitoylethanolamide in non-micronized form, in micronized form (PEA-m), in ultra-micronized form (PEA-um) or mixtures thereof, for use in humans or animals in combination with an opioid in delaying the onset of opioid tolerance in a human or animal patient undergoing a treatment of pain conditions, wherein said palmitoylethanolamide is administered separately, sequentially, or in combination with said opioid, wherein the opioid is selected from Morphine, Heroin, Etorphine, Hydromorphone, Oxymorphone, Levorphanol, Codeine, Hydrocodone, Oxycodone, Buprenorphine, Butorphanol, Nalbuphine, Fentanyl and Methadone.
Device for contacting at least one electrical conductor, - the device having at least one terminal or connecting terminal for electrically connecting at least one conductor, - the terminal or connecting terminal having at least one insertion hole for an electrical conductor, - and the terminal or connecting terminal being provided with at least one operating lever in order to enable the release of at least one electrical conductor from the terminal or connecting terminal, characterized in that the terminal or connecting terminal is provided with at least one sealing element, the at least one sealing element encasing the terminal or connecting terminal, in that the at least one sealing element is designed as a protective cap and the terminal or connecting terminal is completely enclosed by the protective cap, and in that the protective cap is designed as a two-component injection-molded part, the protective cap having an elastomer at least in the region of the insertion hole of the terminal or connecting terminal and in the region of the operating lever. - the device having at least one terminal or connecting terminal for electrically connecting at least one conductor, - the terminal or connecting terminal having at least one insertion hole for an electrical conductor, - and the terminal or connecting terminal being provided with at least one operating lever in order to enable the release of at least one electrical conductor from the terminal or connecting terminal, characterized in that the terminal or connecting terminal is provided with at least one sealing element, the at least one sealing element encasing the terminal or connecting terminal, in that the at least one sealing element is designed as a protective cap and the terminal or connecting terminal is completely enclosed by the protective cap, and in that the protective cap is designed as a two-component injection-molded part, the protective cap having an elastomer at least in the region of the insertion hole of the terminal or connecting terminal and in the region of the operating lever.
A closure system for a container such as a fuse box comprising: a lid having one of a first engagement portion and a second engagement portion for engaging the first engagement portion; a base having the other of the first engagement portion and the second engagement portion; the first engagement portion and second engagement portion being engageable therebetween to define a first position, a second position, a third position and a fourth position, the first position defining a partially closed arrangement between the lid and the base, the second position defining a first opened arrangement between the lid and the base, the third position defining a second opened arrangement between the lid and the base, and the fourth position defining a fully closed arrangement between the lid and the base; wherein the first engagement portion and the second engagement portion are configured to permit selective engagement between the first position and the second position, permit selective one-way engagement from the second position to the third position, and permit selective engagement between the third position and the fourth position. a lid having one of a first engagement portion and a second engagement portion for engaging the first engagement portion; a base having the other of the first engagement portion and the second engagement portion; the first engagement portion and second engagement portion being engageable therebetween to define a first position, a second position, a third position and a fourth position, the first position defining a partially closed arrangement between the lid and the base, the second position defining a first opened arrangement between the lid and the base, the third position defining a second opened arrangement between the lid and the base, and the fourth position defining a fully closed arrangement between the lid and the base; wherein the first engagement portion and the second engagement portion are configured to permit selective engagement between the first position and the second position, permit selective one-way engagement from the second position to the third position, and permit selective engagement between the third position and the fourth position.
A method implemented in a push-to-talk, PTT, session that indicates a PTT user's status comprising: receiving, by a server, an audio nickname tag related to a first PTT user, wherein the audio nickname tag identifies the first user; associating, by the server, the audio nickname tag with the first PTT user; and storing, by the server, the audio nickname tag, where audio nickname tap provides a unique audible identifier for the associated PTT user, providing, by the server, the audio nickname tag and a status associated with the first PTT user to a user device associated with a second PTT user when: the first PTT user calls the user device of the second user, the first PTT user enters or exits a PTT group or chat session, or the first PTT user speaks during the PTT group or chat session. receiving, by a server, an audio nickname tag related to a first PTT user, wherein the audio nickname tag identifies the first user; associating, by the server, the audio nickname tag with the first PTT user; and storing, by the server, the audio nickname tag, where audio nickname tap provides a unique audible identifier for the associated PTT user, providing, by the server, the audio nickname tag and a status associated with the first PTT user to a user device associated with a second PTT user when: the first PTT user calls the user device of the second user, the first PTT user enters or exits a PTT group or chat session, or the first PTT user speaks during the PTT group or chat session. the first PTT user calls the user device of the second user, the first PTT user enters or exits a PTT group or chat session, or the first PTT user speaks during the PTT group or chat session.
Air ventilation device inside an enclosure intended to house modular electrical units mounted on a mounting rail, said device comprising at least one fan in the form of a module configured to be fixed onto said mounting rail alongside the other units, the or each fan comprising means for creating a stirring of air inside the enclosure E, and means for discharging the hot air present inside the enclosure E to the outside of the enclosure through an outlet opening provided in the casing B of the fan, said outlet opening configured to communicate with an opening provided in a wall of the enclosure E, characterized in that the or each abovementioned fan comprises a means for shutting or freeing the abovementioned outlet opening of the fan according to the mode of use chosen for this ventilation device D, these modes comprising, for the one, the shutting of the abovementioned opening for carrying out a stirring of the air inside the enclosure, and, for the other, the freeing of the opening allowing the hot air to escape to the outside of the enclosure.
A method for evaluating a wireless local area network, WLAN, comprising wireless links of a wireless node of a customer premises equipment, CPE, device (1, 2) during operation of the CPE device, the method performed by the CPE and comprising: determining an average actual data rate for each of the wireless links for a test period; determining an average available data rate for each of the wireless links for the test period; calculating an average headroom from a difference between the average available data rate and the average actual data rate for each of the wireless links for the test period; calculating an assessment value for each of the wireless links for the test period, wherein each assessment value is calculated from a ratio between the average actual data rate for the test period and the average headroom for the test period; accumulating all of the assessment values for all of the wireless links to generate an accumulated assessment value of the WLAN; and evaluating the accumulated assessment value of the WLAN to give an estimation of a risk of an end-user having wireless link issues in the WLAN. determining an average actual data rate for each of the wireless links for a test period; determining an average available data rate for each of the wireless links for the test period; calculating an average headroom from a difference between the average available data rate and the average actual data rate for each of the wireless links for the test period; calculating an assessment value for each of the wireless links for the test period, wherein each assessment value is calculated from a ratio between the average actual data rate for the test period and the average headroom for the test period; accumulating all of the assessment values for all of the wireless links to generate an accumulated assessment value of the WLAN; and evaluating the accumulated assessment value of the WLAN to give an estimation of a risk of an end-user having wireless link issues in the WLAN.
A method of transmitting a device-to-device (D2D) link signal at a user equipment, UE, in a wireless communication system, the method comprising: determining a representative pathloss from a D2D cluster including a plurality of base stations; calculating a transmission power for the D2D link signal according to the representative pathloss; and transmitting the D2D link signal to at least one target UE according to the calculated transmission power for the D2D link signal, wherein the representative pathloss is determined as an arithmetic mean of downlink pathlosses from the plurality of base stations, wherein the transmission power for the D2D link signal decreases as the representative pathloss increases, if the representative pathloss is less than a first value, wherein the transmission power for the D2D link signal increases as the representative pathloss increases, if the representative pathloss is greater than the first value. determining a representative pathloss from a D2D cluster including a plurality of base stations; calculating a transmission power for the D2D link signal according to the representative pathloss; and transmitting the D2D link signal to at least one target UE according to the calculated transmission power for the D2D link signal, wherein the representative pathloss is determined as an arithmetic mean of downlink pathlosses from the plurality of base stations, wherein the transmission power for the D2D link signal decreases as the representative pathloss increases, if the representative pathloss is less than a first value, wherein the transmission power for the D2D link signal increases as the representative pathloss increases, if the representative pathloss is greater than the first value.
Beverage machine for producing infusion beverages, comprising: - at least one placement surface for at least one vessel to be filled with a beverage and/or with hot water, - at least one outlet (3, 4), arranged above said placement surface, for a beverage to be prepared in the beverage machine, and - a dispensing device for dispensing hot water, the beverage machine comprising, above the placement surface, at least one second dispensing device for dispensing hot water, which dispensing device is arranged at a distance from the first dispensing device for dispensing hot water, characterised in that the dispensing devices (5, 6) for hot water and the at least one outlet (3, 4) for a beverage to be prepared in the beverage machine are arranged in a height-adjustable central outlet. - at least one placement surface for at least one vessel to be filled with a beverage and/or with hot water, - at least one outlet (3, 4), arranged above said placement surface, for a beverage to be prepared in the beverage machine, and - a dispensing device for dispensing hot water,
An adhesive sheet for skin comprising a support and an adhesive layer formed on the support, wherein the adhesive layer comprises at least a thermoplastic elastomer, non-volatile hydrocarbon oil and polyisobutylene having a viscosity average molecular weight of more than 100,000 and not more than 500,000, the content of the non-volatile hydrocarbon oil is more than 120 parts by weight and not more than 800 parts by weight, per 100 parts by weight of said elastomer, and the content of said polyisobutylene is more than 20 parts by weight and not more than 100 parts by weight, per 100 parts by weight of the thermoplastic elastomer, and a tackifier is not contained. the adhesive layer comprises at least a thermoplastic elastomer, non-volatile hydrocarbon oil and polyisobutylene having a viscosity average molecular weight of more than 100,000 and not more than 500,000, the content of the non-volatile hydrocarbon oil is more than 120 parts by weight and not more than 800 parts by weight, per 100 parts by weight of said elastomer, and the content of said polyisobutylene is more than 20 parts by weight and not more than 100 parts by weight, per 100 parts by weight of the thermoplastic elastomer, and a tackifier is not contained.
A test and measurement instrument, comprising: a splitter configured to split an input signal into two split input signals and output each split input signal onto a separate path, each path including: an amplifier (108, 110) configured to receive the split input signal and to compress the split input signal with a sigmoid function; a digitizer (112, 114) configured to digitize an output of the amplifier (108, 110); and at least one processor configured to apply an inverse sigmoid function on the output of the digitizer (112, 114); and a combiner configured to receive and combine an output of each path to reconstruct the input signal. a splitter configured to split an input signal into two split input signals and output each split input signal onto a separate path, each path including: an amplifier (108, 110) configured to receive the split input signal and to compress the split input signal with a sigmoid function; a digitizer (112, 114) configured to digitize an output of the amplifier (108, 110); and at least one processor configured to apply an inverse sigmoid function on the output of the digitizer (112, 114); and a combiner configured to receive and combine an output of each path to reconstruct the input signal. an amplifier (108, 110) configured to receive the split input signal and to compress the split input signal with a sigmoid function; a digitizer (112, 114) configured to digitize an output of the amplifier (108, 110); and at least one processor configured to apply an inverse sigmoid function on the output of the digitizer (112, 114); and a combiner configured to receive and combine an output of each path to reconstruct the input signal.
A gas turbine for generating rotational power, comprising a compressor for compressing air, a plurality of combustors provided in the circumferential direction for burning a supplied fuel and the compressed air to make a combustion gas, and a turbine to which the combustion gas is to be supplied, wherein said turbine includes a plurality of turbine first stage nozzles arranged in a circumferential direction with a constant circumferential pitch P such that two turbine first stage nozzles are provided per combustor, such that a transition piece of each combustor and the turbine first stage nozzle of the two turbine first stage nozzles of the respective combustor that is placed closest to the respective combustor are placed such that a circumferential distance S starting from a leading edge of the turbine first stage nozzle toward a trailing edge side of the first stage nozzle and ending at the center of a transition piece of the combustor is set relative to the circumferential pitch P of the first stage nozzles within a range of 0.05 ≤ S/P ≤ 0.15, and such that an axial distance L between the leading edge of the first stage nozzle and a rear end of the transition piece of the combustor is set relative to the circumferential pitch P of the first stage nozzles within a range of 0.08 ≤ L/P ≤ 0.13.
An elevator safety system, comprising a plurality of elevator safety chain sections connected in series and assigned to individual floors (110, 120, 130; 21, 22; 410, 420, 430) of an elevator, the elevator safety chain section comprising: a hall door switch (1101, 1102, 1201, 1202, 1301, 1302; 211, 221), which is configured to detect an opening and closing state of a hall door of a current floor, and which is conducted when the hall door of the current floor is closed, and is opened when the hall door is opened; characterized in that the elevator safety chain further comprises: an inter-floor limit switch (1103, 1203, 1303; 212, 222; 411, 421), which is configured to be opened in a controlled manner when a car is in a preset interval between the current floor and an adjacent floor, and which is conducted when the car (44; 51; 61) is in other positions; a hall door bypass switch (1106, 1206, 1306; 214, 224) and a limit bypass switch (1105, 1107, 1205, 1207; 213, 215, 223, 225) arranged in series; and a processing circuit (1100, 1200, 1300) which is configured to: control the hall door bypass switch to be conducted and the limit bypass switch to be opened when the hall door switch is in an abnormally opened state, so that the elevator safety chain section can be conducted at the current floor via the hall door bypass switch and the inter-floor limit switch. an inter-floor limit switch (1103, 1203, 1303; 212, 222; 411, 421), which is configured to be opened in a controlled manner when a car is in a preset interval between the current floor and an adjacent floor, and which is conducted when the car (44; 51; 61) is in other positions; a hall door bypass switch (1106, 1206, 1306; 214, 224) and a limit bypass switch (1105, 1107, 1205, 1207; 213, 215, 223, 225) arranged in series; and a processing circuit (1100, 1200, 1300) which is configured to: control the hall door bypass switch to be conducted and the limit bypass switch to be opened when the hall door switch is in an abnormally opened state, so that the elevator safety chain section can be conducted at the current floor via the hall door bypass switch and the inter-floor limit switch.
A method for self-securing a device (265, 266), the device comprising a processor unit (241, 251) and memory (243, 253), wherein the processor unit comprising a processor (263, 264) and processor unit memory (248, 258) connected via an internal bus (262, 267), comprising: determining, by the processor, whether a secure key (242, 252) is stored in the processor unit memory; when the determination is that the secure key is not stored in the processor unit memory, then: generating, by the processor, the secure key, wherein the secure key is unique to the self-securing device, and storing the secure key in the processor unit memory; accessing the memory by the processor, wherein information read from the memory is decrypted by the processor using the secure key and information stored in the memory is encrypted by the processor using the secure key; and preventing a device external to the processor unit from using an interface of the processor unit to access the internal bus or the processor unit memory. determining, by the processor, whether a secure key (242, 252) is stored in the processor unit memory; when the determination is that the secure key is not stored in the processor unit memory, then: generating, by the processor, the secure key, wherein the secure key is unique to the self-securing device, and storing the secure key in the processor unit memory; generating, by the processor, the secure key, wherein the secure key is unique to the self-securing device, and storing the secure key in the processor unit memory; accessing the memory by the processor, wherein information read from the memory is decrypted by the processor using the secure key and information stored in the memory is encrypted by the processor using the secure key; and preventing a device external to the processor unit from using an interface of the processor unit to access the internal bus or the processor unit memory.