mhurhangee/ep-ind-claims huggingface dataset:
Rechargeable battery unit comprising at least one lithium cell having a predefined final charging voltage and at least one switching unit, which is designed in such a way that during a charging process with a constant-current charger, the internal resistance of the rechargeable battery unit upon the final charging voltage of the lithium cell being attained is varied in such a way that a voltage present at poles of a constant-current charger connected for charging the lithium cell is greater than the switch-off voltage of the constant-current charger.
Device for applying studs on straps of material, each stud having a body, a base and a hole obtained in the base, intended to be coupled with a stem of a rivet provided with a head, the device characterised by comprising: - a first mold-holder plate, - a second mold-holder plate arranged in such manner to be pressed towards said first mold-holder plate, - a die mounted on said mold-holder plate; said die comprising a plurality of housings intended to receive the body of said studs in such manner that the hole of the studs is accessible, - a lid mounted on said second mold-holder plate; said lid comprising a plurality of housings intended to receive the head of the rivets, - holding means disposed in said housings of the lid to hold the heads of the rivets in the housings of the lid, and - an intermediate plate intended to be disposed between said die and said lid; said intermediate plate comprising a plurality of housings intended to receive the stem of said rivets, wherein, when the die, the intermediate plate and the lid are overlapped, the housings (52, 72, 93) of the die, the intermediate plate and the lid, respectively, are in mutual register. - a first mold-holder plate, - a second mold-holder plate arranged in such manner to be pressed towards said first mold-holder plate, - a die mounted on said mold-holder plate; said die comprising a plurality of housings intended to receive the body of said studs in such manner that the hole of the studs is accessible, - a lid mounted on said second mold-holder plate; said lid comprising a plurality of housings intended to receive the head of the rivets, - holding means disposed in said housings of the lid to hold the heads of the rivets in the housings of the lid, and - an intermediate plate intended to be disposed between said die and said lid; said intermediate plate comprising a plurality of housings intended to receive the stem of said rivets, wherein, when the die, the intermediate plate and the lid are overlapped, the housings (52, 72, 93) of the die, the intermediate plate and the lid, respectively, are in mutual register.
A method for stabilizing an aqueous solution of a salt of deoxycholic acid against precipitation during storage, comprising forming an aqueous solution of a deoxycholic acid salt at an initial pH above the pKa of the deoxycholic acid salt and adjusting the pH of the aqueous solution to be from 8.1 to 8.5, wherein the aqueous solution comprises from 0.4% w/v to 2% w/v deoxycholic acid salt and a pharmaceutically acceptable excipient.
A method for enabling a safe and smooth overtaking when a first and second vehicle travel on the same road wherein the second vehicle is in front of the first vehicle, the method comprising the following steps: determining a speed of the second vehicle, communicating, by a display in the first vehicle, the determined speed of the second vehicle, characterised in that the method further comprises the following steps: determining, by controlling circuitry in the first vehicle configured for predicting a position, a predicted position for the first vehicle in relation to the second vehicle during overtaking wherein the predicted position enables the first vehicle to maintain the speed the first vehicle had before overtaking, and communicating, by a display in the first vehicle, the determined predicted position for the first vehicle. determining a speed of the second vehicle, communicating, by a display in the first vehicle, the determined speed of the second vehicle, characterised in that the method further comprises the following steps: determining, by controlling circuitry in the first vehicle configured for predicting a position, a predicted position for the first vehicle in relation to the second vehicle during overtaking wherein the predicted position enables the first vehicle to maintain the speed the first vehicle had before overtaking, and communicating, by a display in the first vehicle, the determined predicted position for the first vehicle.
Air humidification arrangement comprising a humidifier section, an air flow generation device for generating an air flow through the humidifier section, a nozzle arrangement which is arranged in the region of the humidifier section, a liquid supply device (6, 7) which is connected to the nozzle arrangement, and a controller which controls the supply of liquid to the nozzle arrangement, the nozzle arrangement comprising at least two spray groups which each have at least one nozzle, and every spray group being individually actuatable, characterised in that the nozzles are controlled by pulse-width modulation.
A boiler, consisting of a chamber designed to hold and guide hot exhaust gases, which is enclosed by two plate elements which have a beveled design and are arranged like a sandwich relative to each other, and connected with a flow guide formed between the plate elements and used for cooling the hot exhaust gases, characterized in that the flow guide, which is suitably designed for introducing the hot exhaust gas into it along its entire circumference, is designed as a flat slit channel that encloses the chamber along its entire circumference and completely radially encloses the chamber.
A resin composition comprising: a base resin comprising a non-hydrogenated or at least partially hydrogenated petroleum resin; and an additive comprising a modified petroleum resin having a structure in which a molecular weight modifier is bonded to at least one end of the two ends of a non-hydrogenated or at least partially hydrogenated petroleum resin.
Method for the determination of at least one parameter representative of a change in a fluid due to a variation in temperature of said fluid, in which the following stages are carried out: a) said fluid is placed in a medium transparent to the near infrared region; b) a spectral measurement by spatially resolved near infrared spectroscopy is carried out for said fluid placed in said transparent medium, said spectral measurement being carried out for at least two measurement angles and for at least two temperatures of said fluid; c) a multivariate analysis of said spectral measurement as a function of said temperature is carried out; and d) said parameter representative of a change in said fluid is determined by means of said multivariate analysis. a) said fluid is placed in a medium transparent to the near infrared region; b) a spectral measurement by spatially resolved near infrared spectroscopy is carried out for said fluid placed in said transparent medium, said spectral measurement being carried out for at least two measurement angles and for at least two temperatures of said fluid; c) a multivariate analysis of said spectral measurement as a function of said temperature is carried out; and d) said parameter representative of a change in said fluid is determined by means of said multivariate analysis.
A method of making an embossed heat transfer label, comprising steps of: printing at least one embossing layer on a carrier, in a desired embossing pattern, using a silicone ink composition; printing at least one design layer over the at least one embossing layer, such that no portion of the at least one design layer is in direct contact with the carrier, using an ink composition including at least one thermoplastic polymer and a cross linking agent; printing an adhesive layer on the at least one design layer; curing the silicone ink composition; and cross linking the second ink composition.
An information transmission method, comprising: receiving a Physical Downlink Control Channel, PDCCH, transmitted by a base station; and transmitting Channel State Information, CSI, to the base station according to the PDCCH, wherein acquiring indication information configured to trigger User Equipment, UE, to perform CSI reporting, the indication information being contained in a subcarrier indication field contained in the PDCCH; wherein the subcarrier indication field comprises Q bits, wherein first P bits in the Q bits taking a preset value indicates that the CSI reporting is triggered, and when the CSI reporting is triggered, last Q-P bits in the Q bits are configured to indicate a subcarrier allocated for CSI transmission, both Q and P being integers greater than 0, Q being greater than P and a value of P being a preset value or determined according to the subcarrier spacing adopted in uplink data transmission; wherein preferably, the subcarrier allocated for the CSI transmission is one of X subcarriers, wherein the X subcarriers comprise Y continuous subcarriers close to an upper sideband and X-Y continuous subcarriers close to a lower sideband, both X and Y being integers greater than 1 and X being greater than Y. receiving a Physical Downlink Control Channel, PDCCH, transmitted by a base station; and transmitting Channel State Information, CSI, to the base station according to the PDCCH, wherein acquiring indication information configured to trigger User Equipment, UE, to perform CSI reporting, the indication information being contained in a subcarrier indication field contained in the PDCCH; wherein the subcarrier indication field comprises Q bits, wherein first P bits in the Q bits taking a preset value indicates that the CSI reporting is triggered, and when the CSI reporting is triggered, last Q-P bits in the Q bits are configured to indicate a subcarrier allocated for CSI transmission, both Q and P being integers greater than 0, Q being greater than P and a value of P being a preset value or determined according to the subcarrier spacing adopted in uplink data transmission; wherein preferably, the subcarrier allocated for the CSI transmission is one of X subcarriers, wherein the X subcarriers comprise Y continuous subcarriers close to an upper sideband and X-Y continuous subcarriers close to a lower sideband, both X and Y being integers greater than 1 and X being greater than Y.
A handover method, comprising: generating, by a first base station, handover group information, wherein the handover group information comprises a first association relationship between a first radio bearer of a first terminal device and a first radio bearer of a second terminal device, wherein the first terminal device is a relay device to provide a network service through the first base station or a second base station to the second terminal device that is a wearable device, and wherein the handover group information further comprises relay protocol stack architecture information, and the relay protocol stack architecture information indicates a type of a relay architecture used by the second terminal device to connect to the first base station through the first terminal device; sending, by the first base station, the handover group information to the second base station, and receiving, by the first base station, handover response information from the second base station, wherein the handover response information comprises a second association relationship between a second radio bearer of the first terminal device and a second radio bearer of the second terminal device, the second association relationship is established by the second base station between the first terminal device and the second terminal device based on the first association relationship, and the second association relationship is used to hand over a handover group to the second base station. generating, by a first base station, handover group information, wherein the handover group information comprises a first association relationship between a first radio bearer of a first terminal device and a first radio bearer of a second terminal device, wherein the first terminal device is a relay device to provide a network service through the first base station or a second base station to the second terminal device that is a wearable device, and wherein the handover group information further comprises relay protocol stack architecture information, and the relay protocol stack architecture information indicates a type of a relay architecture used by the second terminal device to connect to the first base station through the first terminal device; sending, by the first base station, the handover group information to the second base station, and receiving, by the first base station, handover response information from the second base station, wherein the handover response information comprises a second association relationship between a second radio bearer of the first terminal device and a second radio bearer of the second terminal device, the second association relationship is established by the second base station between the first terminal device and the second terminal device based on the first association relationship, and the second association relationship is used to hand over a handover group to the second base station.
Air grid for exchanging air through an opening in a wall of a vehicle while impeding the intrusion of objects through the opening, wherein the air grid comprises a snap-fit fixation means for fixing the air grid in the opening, wherein the fixation means comprises at least one hook element comprising a foot portion and a hook portion, the hook portion being resiliently deflectable relative to the foot portion between a fixing position and a release position and the hook element being attached to the air grid via the foot portion on one side of a corner of the air grid, characterized in that, the hook element extends around the corner and the hook portion ends on the other side of the corner.
A method for transmission of reference signals, the method being performed by a terminal device, the terminal device being configured for codebook based precoding and comprising at least two physical antenna ports, the method comprising: obtaining an indication of higher path gain being experienced in one of the physical antenna ports than in the remaining physical antenna ports, and in response thereto: transmitting, in all physical antenna port, as many uplink reference signals as there are physical antenna ports in total.
Vehicle or stationary power installation having an internal combustion engine charged by means of an exhaust-gas turbocharger as drive source, and having components which are supplied with heat by a medium accommodated in a closed circuit (3, 3'), wherein the turbine of the exhaust gas turbocharger is used and/or formed as a heat source and, for this purpose, a heat exchanger is arranged on the outside of the turbine housing, is incorporated in the medium circuit (3, 3') or can be connected thereto, and in the interior of which the medium led through can be heated up by utilising at least the thermal radiation energy of the hot turbine housing, wherein the medium to be heated can be channelled or piped through the interior of the heat exchanger, characterized in that additional exhaust gas can be fed into the interior of the heat exchanger and led through the latter and the heat content of the exhaust gas can thus be used additionally for the heating of the medium.
A method for recommending recording or downloading suggestions to a digital video recorder, the method comprising: receiving, by a server, from recommending entities, lists of suggestions recommended by the recommending entities, wherein one or more of the suggestions identify at least one of (a) to-be-broadcasted content that the recommending entity suggests for recording by a DVR, (b) downloadable content that the recommending entity suggests for downloading by a DVR, or (c) DVR-obtainable content that the recommending entity suggests; receiving, by the server, user selection data that indicates a user's selection of at least one list from among the lists received from the recommending entities, said selection having been made by the user, a particular DVR being associated with the user; in response to receiving the user selection data, the server generating and storing a DVR-to-list mapping that indicates which of the lists have been selected in association with the particular DVR; based at least in part on the DVR-to-list mapping, the server automatically selecting candidate items from among a set of available content items, by determining the candidate items based on suggestions found in one or more of the lists that have been mapped to the particular DVR; and sending, by the server, identities of the candidate items to the particular DVR. receiving, by a server, from recommending entities, lists of suggestions recommended by the recommending entities, wherein one or more of the suggestions identify at least one of (a) to-be-broadcasted content that the recommending entity suggests for recording by a DVR, (b) downloadable content that the recommending entity suggests for downloading by a DVR, or (c) DVR-obtainable content that the recommending entity suggests; receiving, by the server, user selection data that indicates a user's selection of at least one list from among the lists received from the recommending entities, said selection having been made by the user, a particular DVR being associated with the user; in response to receiving the user selection data, the server generating and storing a DVR-to-list mapping that indicates which of the lists have been selected in association with the particular DVR; based at least in part on the DVR-to-list mapping, the server automatically selecting candidate items from among a set of available content items, by determining the candidate items based on suggestions found in one or more of the lists that have been mapped to the particular DVR; and sending, by the server, identities of the candidate items to the particular DVR.
A medical device comprising: a tube (350, 850) having a proximal end, a distal end, and at least one channel extending therebetween, the at least one channel in communication with a side aperture at the distal end of the tube (350, 850); and a cap (355, 455, 555, 755, 855, 955) disposed on the distal end of the tube (350, 850), the cap (355, 455, 555, 755, 855, 955) including an opening in communication with the aperture and an expandable appendage (360, 460, 760) disposed around the opening, wherein the appendage (360, 460, 760) is configured to form a seal with a tissue surface, wherein a distal most surface of the appendage (360, 460, 760) includes a surface feature to grip the tissue surface. a tube (350, 850) having a proximal end, a distal end, and at least one channel extending therebetween, the at least one channel in communication with a side aperture at the distal end of the tube (350, 850); and a cap (355, 455, 555, 755, 855, 955) disposed on the distal end of the tube (350, 850), the cap (355, 455, 555, 755, 855, 955) including an opening in communication with the aperture and an expandable appendage (360, 460, 760) disposed around the opening, wherein the appendage (360, 460, 760) is configured to form a seal with a tissue surface, wherein a distal most surface of the appendage (360, 460, 760) includes a surface feature to grip the tissue surface.
An industrial vehicle comprising: a frame; a counterweight connected to a rear part of the frame; and a drive device disposed in a lower position of the counterweight to drive rear wheels, wherein the counterweight has an opening extending in a vertical direction, and wherein at least part of the drive device is disposed immediately below the opening, wherein the counterweight includes a counterweight body, which is formed of a single part, characterized in that the counterweight body has the opening and a cover (33, 35) mounted to the counterweight body to cover the opening, and wherein a tail lamp (39A, 39B) is mounted to the cover (33, 35). a frame; a counterweight connected to a rear part of the frame; and a drive device disposed in a lower position of the counterweight to drive rear wheels, wherein the counterweight has an opening extending in a vertical direction, and wherein at least part of the drive device is disposed immediately below the opening, wherein the counterweight includes a counterweight body, which is formed of a single part, characterized in that the counterweight body has the opening and a cover (33, 35) mounted to the counterweight body to cover the opening, and wherein a tail lamp (39A, 39B) is mounted to the cover (33, 35).
A method of manufacturing an Al-Mg-Mn aluminium alloy plate product having a final gauge in the range of 3 mm or more, preferably of 3 mm to 300 mm, the method comprising the steps of: (a) providing a rolling feedstock material of an aluminium alloy having a composition comprising of, in wt.%, Mg 3.5% to 5.3% Mn 0.20% to 1.2% Fe up to 0.4% Si up to 0.4% Cu up to 0.10% Cr up to 0.25% Zr up to 0.25% Zn up to 0.2% Ti up to 0.15%, unavoidable impurities and the balance aluminium; (b) preheating and/or homogenisation; (c) hot rolling of the rolling feedstock to a rolled final gauge in a range of 3 mm to 310 mm; preferably 4 mm to 130 mm; (d) a first cold working operation selected from the group consisting of (i) stretching in a range of 3% to 20%, and (ii) cold rolling with a cold rolling reduction in a range of 5% to 25%; (e) annealing of the cold worked plate at a temperature in a range of 200°C to 280°C; (f) a second cold working operation selected from the group consisting of (i) stretching in a range of 0.4% to 3%, preferably 0.4% to less than 2%, and (ii) cold rolling with a cold rolling reduction in a range of 0.5% to 5%. (a) providing a rolling feedstock material of an aluminium alloy having a composition comprising of, in wt.%, Mg 3.5% to 5.3% Mn 0.20% to 1.2% Fe up to 0.4% Si up to 0.4% Cu up to 0.10% Cr up to 0.25% Zr up to 0.25% Zn up to 0.2% Ti up to 0.15%, unavoidable impurities and the balance aluminium; (b) preheating and/or homogenisation; (c) hot rolling of the rolling feedstock to a rolled final gauge in a range of 3 mm to 310 mm; preferably 4 mm to 130 mm; (d) a first cold working operation selected from the group consisting of (i) stretching in a range of 3% to 20%, and (ii) cold rolling with a cold rolling reduction in a range of 5% to 25%; (e) annealing of the cold worked plate at a temperature in a range of 200°C to 280°C; (f) a second cold working operation selected from the group consisting of (i) stretching in a range of 0.4% to 3%, preferably 0.4% to less than 2%, and (ii) cold rolling with a cold rolling reduction in a range of 0.5% to 5%.
A method of treating a first mixture of waste solids and microorganisms containing phosphorous and magnesium comprising the steps of: i) inducing the mixture to release phosphorous and magnesium from the microorganisms; ii) thickening the mixture and tapping off the released phosphorous and magnesium to produce a phosphorous and magnesium-rich liquid and a phosphorous and magnesium reduced treated mixture; iii) placing the phosphorous and magnesium reduced treated mixture in an anaerobic digester to produce a high ammonia mixture; iv) dewatering the high-ammonia mixture to produce a high ammonia-rich liquid; v) combining the high ammonia-rich liquid and the phosphorous and magnesium-rich liquid to form struvite. i) inducing the mixture to release phosphorous and magnesium from the microorganisms; ii) thickening the mixture and tapping off the released phosphorous and magnesium to produce a phosphorous and magnesium-rich liquid and a phosphorous and magnesium reduced treated mixture; iii) placing the phosphorous and magnesium reduced treated mixture in an anaerobic digester to produce a high ammonia mixture; iv) dewatering the high-ammonia mixture to produce a high ammonia-rich liquid; v) combining the high ammonia-rich liquid and the phosphorous and magnesium-rich liquid to form struvite.