mhurhangee/ep-ind-claims huggingface dataset:
A multiple dwelling house interphone system configured to respond to a call from a collective entrance machine installed at an entrance by not only a dwelling room master device installed in an individual dwelling unit but also a mobile phone carried by a dweller, the multiple dwelling house interphone system comprising a communication management device configured to transmit a call signal from the collective entrance machine to the mobile phone and to control communication between the collective entrance machine and the mobile phone, wherein the communication management device is configured to relay the communication to the mobile phone registered as a calling destination of the collective entrance machine so as to be linked to the dwelling room master device using a predetermined application based on a VOIP, characterized in that, when a predetermined registration operation to allow the communication with the communication management device based on the VOIP is performed to link the mobile phone to the dwelling room master device, the communication management device is configured to accept the registration, and, having accepted the registration, configured to transmit information list on mobile phones already registered relative to the dwelling room master device as a link target in addition to an application for a download, and the mobile phone that has downloaded the application is configured to display the information list on a display section of the mobile phone. a communication management device configured to transmit a call signal from the collective entrance machine to the mobile phone and to control communication between the collective entrance machine and the mobile phone, wherein the communication management device is configured to relay the communication to the mobile phone registered as a calling destination of the collective entrance machine so as to be linked to the dwelling room master device using a predetermined application based on a VOIP, characterized in that, when a predetermined registration operation to allow the communication with the communication management device based on the VOIP is performed to link the mobile phone to the dwelling room master device, the communication management device is configured to accept the registration, and, having accepted the registration, configured to transmit information list on mobile phones already registered relative to the dwelling room master device as a link target in addition to an application for a download, and the mobile phone that has downloaded the application is configured to display the information list on a display section of the mobile phone.
Tyre for vehicle wheels comprising at least one structural element comprising a cross-linked elastomeric material obtained by crosslinking a crosslinkable elastomeric composition comprising: (a) at least one dienic elastomeric polymer; (b) at least one carbon black reinforcing filler; and (c) at least one functionalized lignin, wherein said functionalized lignin is obtained from sulfur-free lignin selected from the group consisting of esterified lignin and etherified and esterified lignin. (a) at least one dienic elastomeric polymer; (b) at least one carbon black reinforcing filler; and (c) at least one functionalized lignin,
A powder formulation comprising (i) micronized particles with a mean particle diameter in the range of 1 to 9 μm comprising (i-1) a drug showing a side effect of drug-induced photodermatosis which is pirfenidone and (i-2) an excipient, and (ii) a carrier with a mean particle diameter of 10∼200 μm. (i) micronized particles with a mean particle diameter in the range of 1 to 9 μm comprising (i-1) a drug showing a side effect of drug-induced photodermatosis which is pirfenidone and (i-2) an excipient, and (i-1) a drug showing a side effect of drug-induced photodermatosis which is pirfenidone and (i-2) an excipient, and (ii) a carrier with a mean particle diameter of 10∼200 μm.
A process for reducing water in never-dried fiber comprising copolymer derived from the copolymerization of para-phenylenediamine, 5 -amino-2-(p-aminophenyl)benzimidazole, and terephthaloyl dichloride, said process comprising the steps of: (a) heating said never-dried fiber to at least 20 °C but less than 100 °C until the moisture content of said fiber is 20 weight percent or less of said fiber; and (b) further heating said fiber to a temperature of at least 350 °C. (a) heating said never-dried fiber to at least 20 °C but less than 100 °C until the moisture content of said fiber is 20 weight percent or less of said fiber; and (b) further heating said fiber to a temperature of at least 350 °C.
Child safety seat, where the child safety seat comprises a seat shell being divided into a sitting portion, a backrest portion and a headrest portion, one or more of the said portions (3, 4, 5) being provided with protective side walls, a stiff foam material being arranged at least on an inside of the seat shell and supported thereby, characterised in that the stiff foam material at least over a part of each of the protective side walls is provided with at least one through-going opening, in which at least one through-going opening a softer foam material is arranged, the softer foam material being a compressible resilient foam material.
Self-piercing rivet for connecting high-strength steels, with a head which has a head diameter, and with a shank which has a shank diameter, wherein, at the foot end opposite the head, the shank has an axial recess which has an axial depth, wherein, at the foot end, the shank has a flat surface section, wherein the ratio of axial depth of the recess to shank diameter is smaller than 0.3, wherein the axial recess has a recess volume, wherein a ratio of recess volume to volume of the shank is smaller than 0.25 and is greater than 0.05, and wherein the flat surface section is designed as an annular surface section and has a radial width in cross section, wherein the ratio of radial width of the annular surface section to shank diameter is greater than 0.05 and is smaller than 0.25, characterized in that the recess does not have a cylindrical section, and the recess is frustoconical in longitudinal section, wherein the base of the recess is flat. wherein, at the foot end, the shank has a flat surface section, wherein the ratio of axial depth of the recess to shank diameter is smaller than 0.3, wherein the axial recess has a recess volume, wherein a ratio of recess volume to volume of the shank is smaller than 0.25 and is greater than 0.05, and wherein the flat surface section is designed as an annular surface section and has a radial width in cross section, wherein the ratio of radial width of the annular surface section to shank diameter is greater than 0.05 and is smaller than 0.25, characterized in that the recess does not have a cylindrical section, and the recess is frustoconical in longitudinal section, wherein the base of the recess is flat. the recess does not have a cylindrical section, and the recess is frustoconical in longitudinal section, wherein the base of the recess is flat.
Method for the generation of plant cell material in the form of a medium-deprived, porous structured and non-tissue multilayer cell pack and for the subsequent maintenance of said cell pack, comprising the steps of (i) providing a cell pack having a porous structure by separating cells from a plant cell suspension culture, wherein the cells separated from said plant cell suspension culture are native or transgenic and able to accumulate a desired product, and wherein the content of the liquid comprised by the cell pack is reduced and adjusted to correspond to a cell pack density between 0.1 and 0.9 g wet cell weight per cm 3, thereby establishing the medium-deprived and porous structured nature of said cell pack, and (ii) incubating said medium-deprived and porous structured cell pack in a non-liquid environment under a relative humidity of 50 to 100 % for accumulating said desired product without placing said cell pack on or in any contact to a maintenance or growth medium.
An expandable fusion device comprising: - a first endplate; - a second endplate; - a first ramp configured to mate with both the first and second endplates (14,16), wherein the first ramp is a wedge with an incline extending along a longitudinal axis of the expandable fusion device, and is also a wedge having an incline extending along a lateral axis of the expandable fusion device; - a second ramp configured to mate with both the first and second endplates (14,16), wherein the second ramp is a wedge having an incline extending along the longitudinal axis of the expandable fusion device, and is also a wedge having an incline extending along the lateral axis of the expandable fusion device; and - an actuation mechanism configured to engage the first ramp and the second ramp to move the first ramp in a direction toward or away from the second ramp along the longitudinal axis, - wherein the second ramp contains a first bore and a second bore adjacent to the first bore, wherein the first bore is disposed in a position that is off-set from the longitudinal axis of the second ramp and is configured to receive the actuation mechanism therethrough, and wherein the second bore is configured to receive bone graft material inserted into the expandable fusion device. - a first endplate; - a second endplate; - a first ramp configured to mate with both the first and second endplates (14,16), wherein the first ramp is a wedge with an incline extending along a longitudinal axis of the expandable fusion device, and is also a wedge having an incline extending along a lateral axis of the expandable fusion device; - a second ramp configured to mate with both the first and second endplates (14,16), wherein the second ramp is a wedge having an incline extending along the longitudinal axis of the expandable fusion device, and is also a wedge having an incline extending along the lateral axis of the expandable fusion device; and - an actuation mechanism configured to engage the first ramp and the second ramp to move the first ramp in a direction toward or away from the second ramp along the longitudinal axis, - wherein the second ramp contains a first bore and a second bore adjacent to the first bore, wherein the first bore is disposed in a position that is off-set from the longitudinal axis of the second ramp and is configured to receive the actuation mechanism therethrough, and wherein the second bore is configured to receive bone graft material inserted into the expandable fusion device.
A mobile communications device, comprising: a wireless module adapted to perform wireless transceiving to and from a first cellular station of a first service network and a second cellular station of a second service network, wherein the first service network is a long term evolution, LTE, network and the second service network is a Universal Mobile Telecommunications System, UMTS, network; and a controller module adapted for transmitting a proximity indication message to the first cellular station and receiving a measurement request message from the first cellular station via the wireless module, performing a measurement on the second cellular station in response to the measurement request message and reporting the measurement result to the first service network via the wireless module, wherein the controller module comprises a list of cellular stations provided by the first service network to be measured on dedicated carrier frequencies, and the second cellular station is a detected cellular station that is not listed in the list of cellular stations and is detectable on the dedicated carrier frequencies by the controller module, wherein the detected cellular station is a closed subscriber group, CSG, cellular station of a home deployment type. a wireless module adapted to perform wireless transceiving to and from a first cellular station of a first service network and a second cellular station of a second service network, wherein the first service network is a long term evolution, LTE, network and the second service network is a Universal Mobile Telecommunications System, UMTS, network; and a controller module adapted for transmitting a proximity indication message to the first cellular station and receiving a measurement request message from the first cellular station via the wireless module, performing a measurement on the second cellular station in response to the measurement request message and reporting the measurement result to the first service network via the wireless module, wherein the controller module comprises a list of cellular stations provided by the first service network to be measured on dedicated carrier frequencies, and the second cellular station is a detected cellular station that is not listed in the list of cellular stations and is detectable on the dedicated carrier frequencies by the controller module, wherein the detected cellular station is a closed subscriber group, CSG, cellular station of a home deployment type.
Cell selection device for a piece of wireless communication equipment arranged to establish radio communications with a radio communication network comprising radio communication cells, and to receive data describing cells in a cell environment and indicating service capabilities of each cell of said cell environment from said radio communication network, comprising: a control means arranged to determine from the cell service capabilities of cells in the cell environment whether there is at least one cell in said cell environment that allows to access a network service, characterized in that said control means is further arranged: to store received data describing cells in the cell environment and the corresponding cell service capabilities, and associated radio parameters, into a memory means, to access the memory means when said wireless communication equipment needs to access a chosen network service to determine said received data describing cells in the cell environment and the corresponding cell service capabilities, to determine from the cell service capabilities of cells in the cell environment whether there is at least one cell in said cell environment that allows to access said chosen network service; and to order said wireless communication equipment either to pursue or to establish a radio communication with said radio communication network via a selected one of these determined cells if said selected cell allows at least one chosen radio parameter criterion to be satisfied. a control means arranged to determine from the cell service capabilities of cells in the cell environment whether there is at least one cell in said cell environment that allows to access a network service, characterized in that said control means is further arranged: to store received data describing cells in the cell environment and the corresponding cell service capabilities, and associated radio parameters, into a memory means, to access the memory means when said wireless communication equipment needs to access a chosen network service to determine said received data describing cells in the cell environment and the corresponding cell service capabilities, to determine from the cell service capabilities of cells in the cell environment whether there is at least one cell in said cell environment that allows to access said chosen network service; and to order said wireless communication equipment either to pursue or to establish a radio communication with said radio communication network via a selected one of these determined cells if said selected cell allows at least one chosen radio parameter criterion to be satisfied.
A method performed by user equipment, comprising: upon receiving a radio resource control, RRC, reconfiguration message which includes an indication to indicate secondary cell group, SCG, deactivation, stopping radio link monitoring on a primary SCG cell, PSCell, of the SCG, deactivating all secondary cells, SCells, of the SCG, and determining whether a signaling radio bearer 3, SRB3, is configured and the SCG is deactivated, if the SRB3 is configured, and the SCG is not deactivated, submitting a measurement report message associated with the SCG via the SRB3 to lower layer for transmission, otherwise, submitting the measurement report message associated with the SCG via a signaling radio bearer 1, SRB1. stopping radio link monitoring on a primary SCG cell, PSCell, of the SCG, deactivating all secondary cells, SCells, of the SCG, and determining whether a signaling radio bearer 3, SRB3, is configured and the SCG is deactivated, if the SRB3 is configured, and the SCG is not deactivated, submitting a measurement report message associated with the SCG via the SRB3 to lower layer for transmission, otherwise, submitting the measurement report message associated with the SCG via a signaling radio bearer 1, SRB1.
A method for creating a porous sound absorbing surface of a moulded vehicle part made of a polymer material containing pores with a moulded skin (2, 3), the moulded skin being defined as a condensation of the polymer material formed at the surface of the moulded vehicle part during the moulding process, the method comprising: -removing at least a part of the moulded skin (2, 3) of the polymer material from the moulded vehicle part with the aid of a laser beam emitted from a laser unit, wherein the laser unit emits a laser beam which is controlled by a control unit, the laser beam being programmed to be swept over the moulded skin (2, 3) to perform a treatment by which the moulded skin (2, 3) of the moulded vehicle part is partially or entirely removed from the parts of the vehicle part which are not provided with perforations and/or holes, and wherein the method is performed on the moulded skin (2, 3) of the moulded vehicle part which is to be positioned in use facing the vehicle component from which the sound which is to be absorbed or dampened is emitted. -removing at least a part of the moulded skin (2, 3) of the polymer material from the moulded vehicle part with the aid of a laser beam emitted from a laser unit, wherein the laser unit emits a laser beam which is controlled by a control unit, the laser beam being programmed to be swept over the moulded skin (2, 3) to perform a treatment by which the moulded skin (2, 3) of the moulded vehicle part is partially or entirely removed from the parts of the vehicle part which are not provided with perforations and/or holes, and wherein the method is performed on the moulded skin (2, 3) of the moulded vehicle part which is to be positioned in use facing the vehicle component from which the sound which is to be absorbed or dampened is emitted.
A method comprising: receiving, by a steering application executing on a vehicle control module: a steering control input to control a steered wheel of a vehicle; based on the steering control input, determining, by the steering application: a traction threshold value associated with a traction control attribute related to a traction wheel of the vehicle; receiving by a first diagnostic supervisor executing on the vehicle control module: a measured value (ω 3) of the traction control attribute, and the traction threshold value; when the measured value (ω 3) of the traction control attribute exceeds the traction threshold value, repeatedly calculating, by the first diagnostic supervisor, a respective difference between the traction threshold value and the measured value of the traction control attribute, to generate a set comprising a plurality of the respective differences; and based on the plurality of respective differences, determining, by the first diagnostic supervisor, a first operating condition of a traction system of the vehicle. receiving, by a steering application executing on a vehicle control module: a steering control input to control a steered wheel of a vehicle; based on the steering control input, determining, by the steering application: a traction threshold value associated with a traction control attribute related to a traction wheel of the vehicle; receiving by a first diagnostic supervisor executing on the vehicle control module: a measured value (ω 3) of the traction control attribute, and the traction threshold value; a measured value (ω 3) of the traction control attribute, and the traction threshold value; when the measured value (ω 3) of the traction control attribute exceeds the traction threshold value, repeatedly calculating, by the first diagnostic supervisor, a respective difference between the traction threshold value and the measured value of the traction control attribute, to generate a set comprising a plurality of the respective differences; and based on the plurality of respective differences, determining, by the first diagnostic supervisor, a first operating condition of a traction system of the vehicle.
Process for producing an article, comprising the step of producing the article by means of an additive manufacturing method from a build material, characterized in that the build material comprises a mixture of a multitude of pulverulent thermoplastic polyurethane materials that differ from one another by their Shore hardness (DIN ISO 7619-1).
An apparatus, comprising: at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to: determine the amount of resources a base station serving a first cell requires to fulfil predetermined quality criteria of existing connections, wherein the apparatus is configured to determine the minimum amount of Physical Resource Blocks required to fulfil quality of service requirements of existing connections utilising different bearer types; and control the transmission of a determined information to a base station serving a second cell, wherein the determined information comprises the minimum amount of Physical Resource Blocks required to fulfil quality of service requirements of existing connections utilising different bearer types. at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to: determine the amount of resources a base station serving a first cell requires to fulfil predetermined quality criteria of existing connections, wherein the apparatus is configured to determine the minimum amount of Physical Resource Blocks required to fulfil quality of service requirements of existing connections utilising different bearer types; and control the transmission of a determined information to a base station serving a second cell, wherein the determined information comprises the minimum amount of Physical Resource Blocks required to fulfil quality of service requirements of existing connections utilising different bearer types. determine the amount of resources a base station serving a first cell requires to fulfil predetermined quality criteria of existing connections, wherein the apparatus is configured to determine the minimum amount of Physical Resource Blocks required to fulfil quality of service requirements of existing connections utilising different bearer types; and control the transmission of a determined information to a base station serving a second cell, wherein the determined information comprises the minimum amount of Physical Resource Blocks required to fulfil quality of service requirements of existing connections utilising different bearer types.