mhurhangee/ep-ind-claims huggingface dataset:
A sulfide solid electrolyte material comprising Li, P, I and S, comprising an ion conductor having Li, P, and S; LiI; and at least one of LiBr and LiCl and having a PS 4 3- structure as a main component of an anion structure, wherein the sulfide solid electrolyte material contains a high Li ion conducting phase having peaks at 2θ = 20.2° and 23.6°, does not contain low Li ion conducting phase having peaks at 2θ = 21.0° and 28.0° in an X-ray diffraction measurement using a CuKα ray, and has a half width of the peak at 2θ = 20.2° of 0.51° or less.
A method of making a chassis for a vehicle, comprising preparing a plurality of tubular sections (12, 14, 16, 18, 20, 22), cutting the sections to length, profiling the ends of the sections, bending the sections as necessary, joining the ends of at least some of the sections directly to other sections to create the framework structure of the chassis, forming a sheet of a plurality of sections joined by a method allowing a positional tolerance in a compound, concave shape to act as the floor of a rear load area and the seat backrests, seat squabs and footwells for passengers in the vehicle, placing the sheet in the framework, the sheet having curved recesses (70, 72, 74, 76) formed to correspond to tubular sections in the framework, so that the recesses each curve around a tube of the framework for bonding thereto, and bonding the sheet to the framework to reinforce the framework and to form a single loadbearing structure to which the engine, running gear, internal and external trim etc. can be fitted.
A compound of the following general formula having a substituted anthracene ring structure and a pyridoindole ring structure wherein, Ar represents substituted or unsubstituted aromatic hydrocarbon, or substituted or unsubstituted condensed polycyclic aromatic, A represents a divalent group of substituted or unsubstituted aromatic hydrocarbon, or a divalent group of substituted or unsubstituted condensed polycyclic aromatic, B represents a single bond, a divalent group of substituted or unsubstituted aromatic hydrocarbon, or a divalent group of substituted or unsubstituted condensed polycyclic aromatic, R1 to R8 may be the same or different, and represent a hydrogen atom, a deuterium atom, a fluorine atom, a chlorine atom, cyano, linear or branched alkyl of 1 to 6 carbon atoms that may have a substituent, substituted or unsubstituted aromatic hydrocarbon, a substituted or unsubstituted aromatic heterocyclic group, or substituted or unsubstituted condensed polycyclic aromatic, and W, X, Y, and Z represent a carbon atom or a nitrogen atom, where only one of W, X, Y, and Z is a nitrogen atom, and, in this case, the nitrogen atom does not have the substituents R1 to R4.
A fluid delivery device, device, the device comprising: (a) a fluid package comprising: (i) a reservoir comprising an ophthalmic formulation; and (ii) an aperture; and (b) an electromagnetic transducer configured to oscillate at a frequency sufficient to eject fluid from the reservoir through the aperture at a velocity in a range from 10 to 500 cm/sec, which results in minimal discomfort during topical ocular delivery, wherein the electromagnetic transducer comprises an electromagnet and a permanent magnet in operational proximity to each other; wherein the permanent magnet is positioned at a first region of a cantilever beam and the electromagnetic transducer further comprises an anchor positioned at a second region of the cantilever beam; and wherein the anchor is configured to transmit oscillatory displacement force to an external surface of the drug package. (a) a fluid package comprising: (i) a reservoir comprising an ophthalmic formulation; and (ii) an aperture; and (i) a reservoir comprising an ophthalmic formulation; and (ii) an aperture; and (b) an electromagnetic transducer configured to oscillate at a frequency sufficient to eject fluid from the reservoir through the aperture at a velocity in a range from 10 to 500 cm/sec, which results in minimal discomfort during topical ocular delivery, wherein the electromagnetic transducer comprises an electromagnet and a permanent magnet in operational proximity to each other; wherein the permanent magnet is positioned at a first region of a cantilever beam and the electromagnetic transducer further comprises an anchor positioned at a second region of the cantilever beam; and wherein the anchor is configured to transmit oscillatory displacement force to an external surface of the drug package.
A process for the preparation of an antimicrobial coating solution, the process comprising the steps of: (i) mixing a chelating agent with a titanium alkoxide and fluoroacetic acid; and (ii) adding an aqueous solution to the mixture formed from step (i); wherein the fluoroacetic acid is one of mono fluoroacetic acid, difluoroacetic acid or trifluoroacetic acid. (i) mixing a chelating agent with a titanium alkoxide and fluoroacetic acid; and (ii) adding an aqueous solution to the mixture formed from step (i);
A carrier resource configuration method, comprising: determining, by a base station, a serving cell group to which a serving cell of a user equipment, UE, belongs, wherein serving cells deriving from a same base station among serving cells of the UE are classified as one serving cell group and wherein the UE is in carrier aggregation mode employing service cells from different base stations; and sending, by the base station, a belonging relationship between the serving cell and the serving cell group to the UE, by sending an identifier of the serving cell group together with a cell index of the serving cell to the UE, wherein the identifier is used as an attribute of the serving cell by the base station; or by sending together an identifier of the serving cell group and a cell index list of serving cells included in the serving cell group to the UE, so that when the UE performs uplink information transmission, the UE uses the one serving cell from the serving cells in the serving cell group, which needs to be used for the uplink information transmission according to the uplink information and according to the belonging relationship. determining, by a base station, a serving cell group to which a serving cell of a user equipment, UE, belongs, wherein serving cells deriving from a same base station among serving cells of the UE are classified as one serving cell group and wherein the UE is in carrier aggregation mode employing service cells from different base stations; and sending, by the base station, a belonging relationship between the serving cell and the serving cell group to the UE, by sending an identifier of the serving cell group together with a cell index of the serving cell to the UE, wherein the identifier is used as an attribute of the serving cell by the base station; or by sending together an identifier of the serving cell group and a cell index list of serving cells included in the serving cell group to the UE, so that when the UE performs uplink information transmission, the UE uses the one serving cell from the serving cells in the serving cell group, which needs to be used for the uplink information transmission according to the uplink information and according to the belonging relationship.
A repair system for performing at least one repair task in at least one wind turbine, in particular the nacelle, the repair system comprising a controllable robotic repair device installed in the wind turbine, in particular in the nacelle, and having at least one environment sensor, the repair system further comprising an operating device for remotely operating the robotic repair device, the operating device comprising a control device, and a virtual reality equipment providing a virtual reality environment of an interior of the wind turbine, in particular of the nacelle, for at least one human service user provided remote to the wind turbine, wherein the control device of the operating device is adapted to remotely control the robotic repair device, in particular as an avatar, according to user input commands provided via the virtual reality equipment, to determine, based on status information received from a wind turbine controller and/or sensor data of the at least one environment sensor, and/or to receive repair task information describing a current repair task, and to, in the virtual reality environment, highlight objects of the interior, in particular of the nacelle, relevant for the repair task according to the repair task information, and/or fade objects not relevant for the repair task according to the repair task information. a control device, and a virtual reality equipment providing a virtual reality environment of an interior of the wind turbine, in particular of the nacelle, for at least one human service user provided remote to the wind turbine, wherein the control device of the operating device is adapted to remotely control the robotic repair device, in particular as an avatar, according to user input commands provided via the virtual reality equipment, to determine, based on status information received from a wind turbine controller and/or sensor data of the at least one environment sensor, and/or to receive repair task information describing a current repair task, and to, in the virtual reality environment, highlight objects of the interior, in particular of the nacelle, relevant for the repair task according to the repair task information, and/or fade objects not relevant for the repair task according to the repair task information. to remotely control the robotic repair device, in particular as an avatar, according to user input commands provided via the virtual reality equipment, to determine, based on status information received from a wind turbine controller and/or sensor data of the at least one environment sensor, and/or to receive repair task information describing a current repair task, and to, in the virtual reality environment, highlight objects of the interior, in particular of the nacelle, relevant for the repair task according to the repair task information, and/or fade objects not relevant for the repair task according to the repair task information.
A method of wireless communication performed by a base station, BS, comprising: grouping and selectively multiplexing a plurality of random access channel responses, RARs, in a message B, msgB, communication; and transmitting the msgB communication to one or more user equipments, UEs; wherein multiplexing the plurality of RARs in the msgB communication comprises: multiplexing the plurality of RARs in the msgB communication based at least in part on at least one of: a starting symbol of a respective RAR reception window associated with each of the one or more UEs sharing a same random access occasion, a respective priority associated with each of the plurality of RARs, a respective quality of service, QoS, class associated with each of the plurality of RARs, or a respective payload size of each of the plurality of RARs. grouping and selectively multiplexing a plurality of random access channel responses, RARs, in a message B, msgB, communication; and transmitting the msgB communication to one or more user equipments, UEs; wherein multiplexing the plurality of RARs in the msgB communication comprises: multiplexing the plurality of RARs in the msgB communication based at least in part on at least one of: a starting symbol of a respective RAR reception window associated with each of the one or more UEs sharing a same random access occasion, a respective priority associated with each of the plurality of RARs, a respective quality of service, QoS, class associated with each of the plurality of RARs, or a respective payload size of each of the plurality of RARs. a starting symbol of a respective RAR reception window associated with each of the one or more UEs sharing a same random access occasion, a respective priority associated with each of the plurality of RARs, a respective quality of service, QoS, class associated with each of the plurality of RARs, or a respective payload size of each of the plurality of RARs.
A sharps bin for medicament delivery devices, which sharps bin comprises: - a first waste compartment, - a second waste compartment, - a receiving compartment for accommodating a medicament delivery device inserted into the sharps bin, - a separation tool for interacting with a medicament delivery device, the separation tool being arranged to separate a first part of the medicament delivery device accommodated in the receiving compartment from a second part of the medicament delivery device, such that the first part is stored in the first compartment and the second part is stored in the second compartment, wherein the receiving compartment and the separation tool are movable in relation to each other such that interaction between the separation tool and the medicament delivery device received in the receiving compartment separates the first part from the second part, characterised in that the separation tool is a cutting tool. - a first waste compartment, - a second waste compartment, - a receiving compartment for accommodating a medicament delivery device inserted into the sharps bin, - a separation tool for interacting with a medicament delivery device, the separation tool being arranged to separate a first part of the medicament delivery device accommodated in the receiving compartment from a second part of the medicament delivery device, such that the first part is stored in the first compartment and the second part is stored in the second compartment, wherein the receiving compartment and the separation tool are movable in relation to each other such that interaction between the separation tool and the medicament delivery device received in the receiving compartment separates the first part from the second part, characterised in that the separation tool is a cutting tool.
A measurement configuration method, comprising: receiving (S101, S201), by a terminal, measurement configuration information from a base station; acquiring (S102, S202), by the terminal, a usage status of a target unlicensed frequency band used by a target radio access technology, RAT, the usage status is classified into two types, wherein a first type of usage status is that the target RAT already occupies the target unlicensed frequency band, and a second type of usage status is that the target RAT does not occupy the target unlicensed frequency band; and selecting (S204, S205, S206), by the terminal, a first measurement mode to measure radio condition of the target unlicensed frequency band when the target RAT already occupies the target unlicensed frequency band or selecting a second measurement mode to measure the radio condition of the target unlicensed frequency band when the target RAT does not occupy the target unlicensed frequency band. receiving (S101, S201), by a terminal, measurement configuration information from a base station; acquiring (S102, S202), by the terminal, a usage status of a target unlicensed frequency band used by a target radio access technology, RAT, the usage status is classified into two types, wherein a first type of usage status is that the target RAT already occupies the target unlicensed frequency band, and a second type of usage status is that the target RAT does not occupy the target unlicensed frequency band; and selecting (S204, S205, S206), by the terminal, a first measurement mode to measure radio condition of the target unlicensed frequency band when the target RAT already occupies the target unlicensed frequency band or selecting a second measurement mode to measure the radio condition of the target unlicensed frequency band when the target RAT does not occupy the target unlicensed frequency band.
A fluid reservoir for an aerosol generator, the fluid reservoir comprising - a fluid chamber for receiving a fluid, - a filling opening for filling the fluid into the fluid chamber, - another opening for guiding the fluid received in the fluid chamber outside the fluid chamber, and - a collar portion surrounding the opening and extending into the fluid chamber, wherein - a first portion of the fluid chamber extends along the length of the collar portion in a height direction of the fluid chamber, - a second portion of the fluid chamber is arranged adjacent to the first portion in the height direction of the fluid chamber, - a lateral extension of the first portion in the directions perpendicular to the height direction of the fluid chamber is smaller than a lateral extension of the second portion in the directions perpendicular to the height direction of the fluid chamber, - the fluid reservoir further comprises a cover member which releasably or permanently seals a region of the first portion of the fluid chamber which is formed between the collar portion and an inner wall of the fluid chamber, - the cover member has an upper portion and a lower portion, and - the lower portion is configured to releasably or permanently seal the region of the first portion of the fluid chamber formed between the collar portion and the inner wall of the fluid chamber. - a fluid chamber for receiving a fluid, - a filling opening for filling the fluid into the fluid chamber, - another opening for guiding the fluid received in the fluid chamber outside the fluid chamber, and - a collar portion surrounding the opening and extending into the fluid chamber, wherein - a first portion of the fluid chamber extends along the length of the collar portion in a height direction of the fluid chamber, - a second portion of the fluid chamber is arranged adjacent to the first portion in the height direction of the fluid chamber, - a lateral extension of the first portion in the directions perpendicular to the height direction of the fluid chamber is smaller than a lateral extension of the second portion in the directions perpendicular to the height direction of the fluid chamber, - the fluid reservoir further comprises a cover member which releasably or permanently seals a region of the first portion of the fluid chamber which is formed between the collar portion and an inner wall of the fluid chamber, - the cover member has an upper portion and a lower portion, and - the lower portion is configured to releasably or permanently seal the region of the first portion of the fluid chamber formed between the collar portion and the inner wall of the fluid chamber.
Material web fixing device for a filter bag manufacturing installation comprising - a material web transport device for the transport of at least two material webs (3, 4) to be fixed to one another, by means of at least one fixing seam, at a distance from one another along a transport direction, - a plurality of sewing units with in each case one sewing needle and a looper acting as stitch forming tools between which the material webs (3, 4) can be passed through in the transport direction, the stitch forming tools interacting with a thread to produce the fixing seam, - an excess thread production unit to lengthen a thread path between the material webs (3, 4), - the excess thread production unit being arranged in the thread run between the material webs (3, 4) during operation; characterized in that - the excess thread production unit has in each case an oblique surface running at an angle to the transport direction, the oblique surface being arranged between the material webs (3, 4) during operation in such a way that it is passed by the thread during seam formation due to the transport via the material web transport device, - each sewing unit is associated to a respective one of the oblique surfaces. - a material web transport device for the transport of at least two material webs (3, 4) to be fixed to one another, by means of at least one fixing seam, at a distance from one another along a transport direction, - a plurality of sewing units with in each case one sewing needle and a looper acting as stitch forming tools between which the material webs (3, 4) can be passed through in the transport direction, the stitch forming tools interacting with a thread to produce the fixing seam, - an excess thread production unit to lengthen a thread path between the material webs (3, 4), - the excess thread production unit being arranged in the thread run between the material webs (3, 4) during operation; characterized in that - the excess thread production unit has in each case an oblique surface running at an angle to the transport direction, the oblique surface being arranged between the material webs (3, 4) during operation in such a way that it is passed by the thread during seam formation due to the transport via the material web transport device, - each sewing unit is associated to a respective one of the oblique surfaces.
A device for forming a profiled product so as to produce a complex product from non-protruding rubber layers, in which the device comprises an extrusion device for forming the profiled product based on a rubber mixture, the extrusion device comprising a rotating roller, an inlet orifice allowing the rubber mixture to flow and a vault circumferentially covering at least part of an outer surface of the roller, the vault having a wall bearing, on its inner surface oriented towards the roller, projecting threads so as to delimit with the surface of the roller a chamber for plasticizing the rubber mixture, the rubber mixture being driven from the inlet orifice towards an extrusion orifice into a gap defining the profile of the product, delimited by the wall of the vault and the outer surface of the roller, the roller comprising a pair of shoulders of predetermined equal diameter, with a shoulder in correspondence with each of the two transverse ends of the vault, where the inlet orifice and the extrusion orifice are located, respectively, and with an outer flange and an inner flange being mounted on the two shoulders, characterized in that the device comprises: - at least one pair of blades separated by a predetermined distance between them relative to edges of the profiled product; - an additional roller that allows the blades of the device to pass under the profiled product, the additional roller comprising a rotating roller that rotates about its axis, having a substantially circumferential outer surface and having a center through which an axis of rotation of the roller is defined, the additional roller extending axially between two opposite ends that define a predetermined length of the additional roller; and - one or more supports that support the additional roller in such a way as to allow the additional roller to rotate about its axis of rotation; - in such a way that the blades cut a product emerging from the extrusion device of the device so as to cut a precise width of the profiled product in order to direct the profiled product towards the additional roller so that it is assembled in a complex form from non-protruding rubber layers. - at least one pair of blades separated by a predetermined distance between them relative to edges of the profiled product; - an additional roller that allows the blades of the device to pass under the profiled product, the additional roller comprising a rotating roller that rotates about its axis, having a substantially circumferential outer surface and having a center through which an axis of rotation of the roller is defined, the additional roller extending axially between two opposite ends that define a predetermined length of the additional roller; and - one or more supports that support the additional roller in such a way as to allow the additional roller to rotate about its axis of rotation; - in such a way that the blades cut a product emerging from the extrusion device of the device so as to cut a precise width of the profiled product in order to direct the profiled product towards the additional roller so that it is assembled in a complex form from non-protruding rubber layers.