mhurhangee/ep-ind-claims huggingface dataset:
A package comprising: (i) a nail coating composition comprising: a radiation curable component comprising an acrylate-terminated oligomer in combination with at least one acrylate monomer; wherein the term "acrylate" includes compounds having the moiety CH 2 =CHCOO- or CH 2 =C(CH 3)COO-; and wherein the acrylate-terminated oligomer includes a urethane backbone; and a thiol component present in an amount of from 5% to 90% w/w of the nail coating composition, wherein the thiol component comprises a compound containing two or more SH groups, wherein when the thiol component consists of a bis and/or tris functional thiol it is present as at least 15% w/w of the nail coating composition; and wherein when the thiol is a tetra or higher functional thiol it is present as at least 10% w/w of the nail coating composition; and (ii) a means for applying the nail coating composition to a nail. (i) a nail coating composition comprising: a radiation curable component comprising an acrylate-terminated oligomer in combination with at least one acrylate monomer; wherein the term "acrylate" includes compounds having the moiety CH 2 =CHCOO- or CH 2 =C(CH 3)COO-; and wherein the acrylate-terminated oligomer includes a urethane backbone; and a thiol component present in an amount of from 5% to 90% w/w of the nail coating composition, wherein the thiol component comprises a compound containing two or more SH groups, wherein when the thiol component consists of a bis and/or tris functional thiol it is present as at least 15% w/w of the nail coating composition; and wherein when the thiol is a tetra or higher functional thiol it is present as at least 10% w/w of the nail coating composition; and a radiation curable component comprising an acrylate-terminated oligomer in combination with at least one acrylate monomer; wherein the term "acrylate" includes compounds having the moiety CH 2 =CHCOO- or CH 2 =C(CH 3)COO-; and wherein the acrylate-terminated oligomer includes a urethane backbone; and a thiol component present in an amount of from 5% to 90% w/w of the nail coating composition, wherein the thiol component comprises a compound containing two or more SH groups, wherein when the thiol component consists of a bis and/or tris functional thiol it is present as at least 15% w/w of the nail coating composition; and wherein when the thiol is a tetra or higher functional thiol it is present as at least 10% w/w of the nail coating composition; and (ii) a means for applying the nail coating composition to a nail.
A method of performing a polymerase chain reaction comprising: a. mixing a sample comprising blood, serum, or plasma with i) an anticoagulant comprising arginine and ii) reagents necessary and sufficient for performing PCR in the sample in the presence of a target nucleic acid, and b. incubating the sample under thermal cycling conditions, wherein the anticoagulant protects the PCR from inhibition by coagulated proteins in the sample. a. mixing a sample comprising blood, serum, or plasma with i) an anticoagulant comprising arginine and ii) reagents necessary and sufficient for performing PCR in the sample in the presence of a target nucleic acid, and b. incubating the sample under thermal cycling conditions,
A phosphorescent organometallic dendrimer with a metal cation and two or more coordinating groups as part of its core, wherein said metal is iridium, rhenium, rhodium or platinum and wherein at least two said coordinating groups each have a dendron attached, at least one of which dendron comprises at least one nitrogen atom which forms part of an aromatic ring system or is directly bonded to at least two aromatic groups, wherein each dendron is inherently at least partly conjugated and comprises branching units and, optionally, linking units, wherein each branching unit is independently selected from aryl, heteroaryl and nitrogen, which aryl or heteroaryl is optionally fused, and wherein each linking unit is independently selected from one or more aryl, vinyl or acetylenyl groups.
Electric compressor system for a motor vehicle, in particular with an electric, preferably purely electric, drive, comprising at least one electrically driven compressor for compressing a refrigerant and at least one compressor cooling device for cooling the compressor, wherein a cooling fluid, in particular a cooling liquid, preferably comprising water, can flow in the compressor cooling device, characterized in that the cooling fluid is separated from the refrigerant to be compressed by the compressor, wherein the cooling fluid differs in its material composition from the refrigerant to be compressed.
A grinder device for making a hole, slot and/or depression in a needle tube proximal to its tip, said grinder device comprising: a strip securing in parallel alignment a plurality of needle tubes exposing the tips of the needle tubes; a holding means assembly for the said strip comprising at least two holding plates (16,18) for clamping therebetween the said strip wherein portions of said holding means assembly which contact the said strip are provided with friction resistance rubber surface cover elements, and wherein said holding means assembly comprises angle support block means for changing the position and thereby the angle at which the needle tubes supported by said strip extend toward a grinding surface of a grinding wheel; a pair of guide blocks and side blocks to support the said strip through the said holding means assembly; a grinding wheel assembly, having said grinding wheel with said grinding surface, positioned adjacent said holding means assembly; a movable table operably mounted on the grinder device configured to move the said holding means assembly therealong for changing the position of the needle tubes supported in the said strip by said holding means assembly. a strip securing in parallel alignment a plurality of needle tubes exposing the tips of the needle tubes; a holding means assembly for the said strip comprising at least two holding plates (16,18) for clamping therebetween the said strip wherein portions of said holding means assembly which contact the said strip are provided with friction resistance rubber surface cover elements, and wherein said holding means assembly comprises angle support block means for changing the position and thereby the angle at which the needle tubes supported by said strip extend toward a grinding surface of a grinding wheel; a pair of guide blocks and side blocks to support the said strip through the said holding means assembly; a grinding wheel assembly, having said grinding wheel with said grinding surface, positioned adjacent said holding means assembly; a movable table operably mounted on the grinder device configured to move the said holding means assembly therealong for changing the position of the needle tubes supported in the said strip by said holding means assembly.
A method of wireless communication performed by a user equipment, UE,, comprising: identifying a potential collision between a scheduled legacy transmission time interval, TTI, communication and a scheduled shortened TTI, sTTI, communication, the legacy TTI communication having a legacy TTI duration that is longer than an sTTI duration associated with the sTTI communication; determining whether the legacy TTI communication is within a threshold time of being transmitted, the threshold time of being transmitted configured to be equal to or less than an amount of time between a deadline for preparing the legacy TTI communication for transmission and an actual transmission of the legacy TTI communication; and transmitting at least one of the sTTI communication or the legacy TTI communication based at least in part on the determination. identifying a potential collision between a scheduled legacy transmission time interval, TTI, communication and a scheduled shortened TTI, sTTI, communication, the legacy TTI communication having a legacy TTI duration that is longer than an sTTI duration associated with the sTTI communication; determining whether the legacy TTI communication is within a threshold time of being transmitted, the threshold time of being transmitted configured to be equal to or less than an amount of time between a deadline for preparing the legacy TTI communication for transmission and an actual transmission of the legacy TTI communication; and transmitting at least one of the sTTI communication or the legacy TTI communication based at least in part on the determination.
A proximity touch sensing apparatus for sensing a non-contact touch, the proximity touch sensing apparatus comprising: a shield layer; an electrostatic capacity touch panel spaced apart from the shield layer; and a proximity touch controller, arranged to configure at least one of the x-electrode lines and the y-electrode lines of the electrostatic capacity touch panel as a receive, Rx, channel, to change the shield layer from a noise shielding ground to a transmit, Tx, channel, to form a first capacitance by supplying a voltage to the Tx channel and the Rx channel to sense the non-contact touch, and to detect a variation in the first capacitance corresponding to the non-contact touch. a shield layer; an electrostatic capacity touch panel spaced apart from the shield layer; and a proximity touch controller, arranged to configure at least one of the x-electrode lines and the y-electrode lines of the electrostatic capacity touch panel as a receive, Rx, channel, to change the shield layer from a noise shielding ground to a transmit, Tx, channel, to form a first capacitance by supplying a voltage to the Tx channel and the Rx channel to sense the non-contact touch, and to detect a variation in the first capacitance corresponding to the non-contact touch.
A chiller apparatus containing a composition comprising from 51 to 67 weight percent 2,3,3,3-tetrafluoropropene and from 49 to 33 weight percent 1,1,1,2-tetrafluoroethane, wherein the chiller apparatus is a centrifugal chiller apparatus.
A hydraulic engine mount assembly, the hydraulic engine mount assembly comprising: a housing having an upper housing and a lower housing; a main rubber element having an upper portion, the upper portion molded to a core; an intermediate portion forming an upper chamber, the intermediate portion molded to the upper portion, the intermediate portion extending to an annular interlocking seal portion defining a lower portion; the interlocking seal portion includes a protrusion operable to connect with the upper housing, and an annular groove operable to connect to the lower housing; and the upper housing having an annular groove to connect to the protrusion of the interlocking seal, the lower housing further including a protrusion to connect to the annular groove of the interlocking seal. a housing having an upper housing and a lower housing; a main rubber element having an upper portion, the upper portion molded to a core; an intermediate portion forming an upper chamber, the intermediate portion molded to the upper portion, the intermediate portion extending to an annular interlocking seal portion defining a lower portion; the interlocking seal portion includes a protrusion operable to connect with the upper housing, and an annular groove operable to connect to the lower housing; and the upper housing having an annular groove to connect to the protrusion of the interlocking seal, the lower housing further including a protrusion to connect to the annular groove of the interlocking seal.
Unmanned flight equipment comprising: an aerial vehicle capable of flying in an unmanned manner; a linear member configured to be suspended from the aerial vehicle and to hold a delivery target at a lower end thereof; a contact detection unit configured to detect a contact of an object with the delivery target or with the linear member; and a separation unit configured to separate the delivery target or the liner member from the aerial vehicle based on a detection result of the contact detection unit wherein the contact detection unit includes a linear member contact detection sensor that is configured to detect contact with at least a lower region of the linear member, characterized in that the linear member contact detection sensor includes a carbon microcoil. an aerial vehicle capable of flying in an unmanned manner; a linear member configured to be suspended from the aerial vehicle and to hold a delivery target at a lower end thereof; a contact detection unit configured to detect a contact of an object with the delivery target or with the linear member; and a separation unit configured to separate the delivery target or the liner member from the aerial vehicle based on a detection result of the contact detection unit wherein the contact detection unit includes a linear member contact detection sensor that is configured to detect contact with at least a lower region of the linear member, characterized in that the linear member contact detection sensor includes a carbon microcoil.
Contact insert of a spring-force connecting terminal having at least one holding frame and at least one clamping spring suspended in the holding frame, an insertion spring which acts to increase the clamping force of the clamping spring being arranged at least within a region surrounded by a spring arc of the clamping spring, the clamping spring having a clamping limb for clamping an electrical conductor and a bearing limb, via which the clamping spring is supported on the holding frame, the clamping limb being connected to the bearing limb via the spring arc characterized in that the insertion spring is designed in one piece with the holding frame,
An antenna device, comprising: an array antenna comprising a plurality of antenna units, each of the antenna units comprising a conductive sheet comprising a groove topology pattern, a conductive feeding point and a feeder line; and a power divider, being adapted to divide a baseband signal into a plurality of weighted signals and then transmit the weighted signals to the antenna units arranged in an array via the conductive feeding point of each of the antenna units respectively; each of the antenna units further comprises a grounding unit and a ground line, the conductive sheet is connected to the grounding unit via the grounding line, and the conductive sheet, the conductive feeding point, the feeder line, the grounding unit and the grounding line of each of the antenna units are formed on a same surface; it is characterized in that the antenna device further comprises a reflecting unit, the reflecting unit is provided on the back side of the array antenna and is adapted to reflect a backward radiated electromagnetic wave from the antenna units of the array antenna. an array antenna comprising a plurality of antenna units, each of the antenna units comprising a conductive sheet comprising a groove topology pattern, a conductive feeding point and a feeder line; and a power divider, being adapted to divide a baseband signal into a plurality of weighted signals and then transmit the weighted signals to the antenna units arranged in an array via the conductive feeding point of each of the antenna units respectively; each of the antenna units further comprises a grounding unit and a ground line, the conductive sheet is connected to the grounding unit via the grounding line, and the conductive sheet, the conductive feeding point, the feeder line, the grounding unit and the grounding line of each of the antenna units are formed on a same surface; it is characterized in that the antenna device further comprises a reflecting unit, the reflecting unit is provided on the back side of the array antenna and is adapted to reflect a backward radiated electromagnetic wave from the antenna units of the array antenna.
A method performed by a mobile station for handling access to different wireless communications networks via a wireless access point, the wireless access point supporting different wireless communications networks having different radio access technologies, the method comprises: - receiving, from the wireless access point using a first wireless communications network, a first indication of an available second wireless communications network; - receiving, from the wireless access point using the first wireless communications network, a second indication; - determining whether the received second indication includes information of an address to be used by the mobile station when requesting access to the second wireless communications network; and when so being the case, - requesting access to the second wireless communications network. - receiving, from the wireless access point using a first wireless communications network, a first indication of an available second wireless communications network; - receiving, from the wireless access point using the first wireless communications network, a second indication; - determining whether the received second indication includes information of an address to be used by the mobile station when requesting access to the second wireless communications network; and when so being the case, - requesting access to the second wireless communications network.
A transmission method performed by a first transmission and reception point, TRP, in a communication system supporting multiple TRPs, the transmission method comprising: determining a transport block; generating coded bits for the transport block based on a low density parity check (LDPC) code; applying rate matching to the coded bits based on a redundancy version, RV, pattern; generating a first modulation symbol by performing modulation on the coded bits to which rate matching is applied; and transmitting, to a terminal, the first modulated symbol on a physical downlink shared channel, PDSCH, wherein in case that the first TRP transmits, to the terminal, downlink control information, DCI, indicating a plurality of transmission configuration indicator, TCI, states associated to a plurality of PDSCHs, a starting value of a first RV pattern used for rate matching is indicated by the DCI, wherein in case that the DCI is transmitted by a second TRP, a starting value of a second RV pattern used for rate matching is determined according to the starting value of the first RV pattern indicated by the DCI, and wherein the first RV pattern is different from the second RV pattern applied to coded bits generated by the second TRP. determining a transport block; generating coded bits for the transport block based on a low density parity check (LDPC) code; applying rate matching to the coded bits based on a redundancy version, RV, pattern; generating a first modulation symbol by performing modulation on the coded bits to which rate matching is applied; and transmitting, to a terminal, the first modulated symbol on a physical downlink shared channel, PDSCH, wherein in case that the first TRP transmits, to the terminal, downlink control information, DCI, indicating a plurality of transmission configuration indicator, TCI, states associated to a plurality of PDSCHs, a starting value of a first RV pattern used for rate matching is indicated by the DCI, wherein in case that the DCI is transmitted by a second TRP, a starting value of a second RV pattern used for rate matching is determined according to the starting value of the first RV pattern indicated by the DCI, and wherein the first RV pattern is different from the second RV pattern applied to coded bits generated by the second TRP.
A data collector configured to collect resource consumption data from endpoints of a utility communication network for reporting to a head-end computing device of the utility communication network, the data collector comprising: a processing unit comprising logic configured to implement acts comprising: receiving, from the head-end computing device, a data collector upload schedule and/or a plurality of endpoint reporting schedules; receiving, from a plurality of endpoints of the utility communication network specified in the plurality of endpoint reporting schedules, communications reporting resource consumption data of the plurality of endpoints; determining a subset of the plurality of endpoints for which the data collector is responsible for reporting resource consumption data to the head-end computing device; and reporting, to the head-end computing device, resource consumption data for the subset of the plurality of endpoints, while refraining from reporting resource consumption data to the head-end computing device received from endpoints other than the subset of the plurality of endpoints and stored in a memory of the data collector. a processing unit comprising logic configured to implement acts comprising: receiving, from the head-end computing device, a data collector upload schedule and/or a plurality of endpoint reporting schedules; receiving, from a plurality of endpoints of the utility communication network specified in the plurality of endpoint reporting schedules, communications reporting resource consumption data of the plurality of endpoints; determining a subset of the plurality of endpoints for which the data collector is responsible for reporting resource consumption data to the head-end computing device; and reporting, to the head-end computing device, resource consumption data for the subset of the plurality of endpoints, while refraining from reporting resource consumption data to the head-end computing device received from endpoints other than the subset of the plurality of endpoints and stored in a memory of the data collector. receiving, from the head-end computing device, a data collector upload schedule and/or a plurality of endpoint reporting schedules; receiving, from a plurality of endpoints of the utility communication network specified in the plurality of endpoint reporting schedules, communications reporting resource consumption data of the plurality of endpoints; determining a subset of the plurality of endpoints for which the data collector is responsible for reporting resource consumption data to the head-end computing device; and reporting, to the head-end computing device, resource consumption data for the subset of the plurality of endpoints, while refraining from reporting resource consumption data to the head-end computing device received from endpoints other than the subset of the plurality of endpoints and stored in a memory of the data collector.
A composition comprising at least one cultivated microalgae; at least one mordant; and at least one additive selected from at least one enzyme, at least one dye binder, and at least one thickening agent, or a combination thereof.