mhurhangee/patent-ind-claim-en huggingface dataset:
A system for a deployable antenna assembly (112a, b, c) comprising: an extendable pillar configured to extend in an axial direction along a deployment axis of the deployable antenna assembly to deploy an antenna, the extendable pillar comprising: at least one extendable element (310a, b, c, 966, 1400, 1705, 1900) configured to convert between a stowed configuration and a deployed configuration, wherein the extendable element in a deployed configuration is longer in the axial direction than the extendable element in a stowed configuration; and a launcher configured to initiate conversion of the at least one extendable element (310a, b, c, 966, 1400, 1705, 1900) from the stowed configuration to the deployed configuration, thereby extending the extendable pillar and deploying the antenna, the launcher comprising a retaining device configured to retain each extendable element in the stowed configuration in which extension of the respective extendable element is constrained and the extendable element is operable to store potential energy that is releasable to extend the extendable element along the deployment axis, characterized in that the retaining device comprises ball bearings positioned to contact each extendable element, and the ball bearings are configured such that movement thereof initiates conversion of each extendable element from the stowed configuration to the deployed configuration. at least one extendable element (310a, b, c, 966, 1400, 1705, 1900) configured to convert between a stowed configuration and a deployed configuration, wherein the extendable element in a deployed configuration is longer in the axial direction than the extendable element in a stowed configuration; and a launcher configured to initiate conversion of the at least one extendable element (310a, b, c, 966, 1400, 1705, 1900) from the stowed configuration to the deployed configuration, thereby extending the extendable pillar and deploying the antenna, the launcher comprising a retaining device configured to retain each extendable element in the stowed configuration in which extension of the respective extendable element is constrained and the extendable element is operable to store potential energy that is releasable to extend the extendable element along the deployment axis, characterized in that the retaining device comprises ball bearings positioned to contact each extendable element, and the ball bearings are configured such that movement thereof initiates conversion of each extendable element from the stowed configuration to the deployed configuration.
A method for obtaining an ice cream cone, that comprises: - placing a cone-shaped wafer in a mould adapted to the shape of the wafer , and is characterised in that it comprises: - injecting through a nozzle into the wafer between 8 and 20 grams of chocolate in liquid form at a temperature between 25 °C and 37 °C, - injecting between 15 and 40 grams of ice cream at a temperature between -4 °C and -8 °C with a nozzle exerting pressure between 2 and 6 bar, making the chocolate dosaged in the preceding step move upwardly and expand over the inner area of the wafer , giving rise to an ice cream cone in which the chocolate is distributed homogeneously over the inner surface and upper edge of the wafer , isolating said wafer from the ice cream . - placing a cone-shaped wafer in a mould adapted to the shape of the wafer , - injecting through a nozzle into the wafer between 8 and 20 grams of chocolate in liquid form at a temperature between 25 °C and 37 °C, - injecting between 15 and 40 grams of ice cream at a temperature between -4 °C and -8 °C with a nozzle exerting pressure between 2 and 6 bar, making the chocolate dosaged in the preceding step move upwardly and expand over the inner area of the wafer , giving rise to an ice cream cone in which the chocolate is distributed homogeneously over the inner surface and upper edge of the wafer , isolating said wafer from the ice cream .
A method performed by a user plane function, UPF, in a communication system during handover, the method comprising: receiving, from a session management function, SMF, a first message including first tunnel information for data forwarding between the UPF and a serving gateway, SGW, and information of a PDU session including information of a quality of service, QoS, flow, the QoS flow being mapped into the first tunnel information for data forwarding between the UPF and the SGW; allocating second tunnel information for data forwarding between a next generation radio access network, NG-RAN, and the UPF, the second tunnel information being associated with each protocol data unit, PDU, session; transmitting, to the SMF, a second message including the second tunnel information for data forwarding between the NG-RAN and the UPF, the second tunnel information being allocated by the UPF; receiving, from the NG-RAN, data based on the second tunnel information; and transmitting, to the SGW, the data based on the first tunnel information for data forwarding between the UPF and the SGW, the first tunnel information being associated with a evolved packet system, EPS, bearer. receiving, from a session management function, SMF, a first message including first tunnel information for data forwarding between the UPF and a serving gateway, SGW, and information of a PDU session including information of a quality of service, QoS, flow, the QoS flow being mapped into the first tunnel information for data forwarding between the UPF and the SGW; allocating second tunnel information for data forwarding between a next generation radio access network, NG-RAN, and the UPF, the second tunnel information being associated with each protocol data unit, PDU, session; transmitting, to the SMF, a second message including the second tunnel information for data forwarding between the NG-RAN and the UPF, the second tunnel information being allocated by the UPF; receiving, from the NG-RAN, data based on the second tunnel information; and transmitting, to the SGW, the data based on the first tunnel information for data forwarding between the UPF and the SGW, the first tunnel information being associated with a evolved packet system, EPS, bearer.
A computing device comprising: a web document accessor configured to access a web document, the web document having a uniform resource locator, URL, for a script file and a unique identifier for the script file appended to the URL; a parser configured to recognize the unique identifier and to obtain the unique identifier from the web document; a script file locator configured to use the unique identifier to determine whether the script file is located at a same server as that specified by the URL for the script file, or that the script file is located in a script file repository located at a different server from that specified by the URL for the script file, the script file repository comprising scripts for a plurality of different web documents; and a script file obtainer configured to obtain the script file from the script file repository when the script file locator determines the script file is located in the script file repository, and wherein when the unique identifier is unrecognized by the parser, the script file obtainer obtains the script file using an address indicated in a src attribute of a <script> tag in the web document. a web document accessor configured to access a web document, the web document having a uniform resource locator, URL, for a script file and a unique identifier for the script file appended to the URL; a parser configured to recognize the unique identifier and to obtain the unique identifier from the web document; a script file locator configured to use the unique identifier to determine whether the script file is located at a same server as that specified by the URL for the script file, or that the script file is located in a script file repository located at a different server from that specified by the URL for the script file, the script file repository comprising scripts for a plurality of different web documents; and a script file obtainer configured to obtain the script file from the script file repository when the script file locator determines the script file is located in the script file repository, and wherein when the unique identifier is unrecognized by the parser, the script file obtainer obtains the script file using an address indicated in a src attribute of a <script> tag in the web document.
A lighting device for an automobile, having a laser light module comprising a laser diode and a photoluminescence element , wherein a clocked primary light beam generated by means of the laser diode impinges on the photoluminescence element and wherein the photoluminescence element converts the incident primary light beam into a clocked mixed light beam emitted by the laser light module and into a clocked mixed light beam returned into the laser light module and comprising luminescent light, wherein the light intensity (K) of the returned clocked luminescent light can be determined by means of a measuring device, and wherein the laser diode can be switched off depending on the determined light intensity (K) of the returned clocked luminescent light, characterized in - that the measuring device for determinig the light intensity (K) comprises the laser diode and a current sensing element arranged in a supply line of the laser diode , wherein a current value determined by the current sensing element represents the light intensity (K) of the returned luminescent light. - that the measuring device for determinig the light intensity (K) comprises the laser diode and a current sensing element arranged in a supply line of the laser diode , wherein a current value determined by the current sensing element represents the light intensity (K) of the returned luminescent light.
A medical device comprising a rest area which consist of a seating portion and a back portion , a chassis and a telescopic support column , characterized in that the telescopic support column contains at least three successive linear drives, and at least two connecting elements, wherein the lowest linear drive is by its lower side connected to the chassis of the medical device and by its upper side connected to the lower connecting element , wherein the middle linear drive is by its upper side connected to the upper connecting element and by its lower side to the lower connecting element , wherein the uppermost linear drive is at its bottom side connected to the upper connecting element and at its upper side it is connected to the rest area , wherein the connecting elements comprise metal plates with an inner hole and an attachment point for the linear drive, spaced apart from the metal plate , wherein the metal plate of the second segment is connected to the upper side (1 b) of the lower linear drive and the attachment point of the second segment for the linear drive spaced apart from the metal plate of the second segment is connected with the lower side of the middle linear drive , and wherein the metal plate of the third segment is connected to the upper side of the middle linear drive and the attachment point of the third segment for the linear drive spaced apart from the metal plate of the third segment is connected to the bottom side of the upper linear drive , wherein metal or plastic covers of the column drive which are telescopic segments are attached to the metal plates of the support column and to the rest area and these are connected by sliding elements which are located on the outer upper side of each segment, except the upper segment, and on the inner bottom side of each segment, except the lower segment.
An optical sensor comprising: a first electrode ; a graphene quantum dot layer, the graphene quantum dot layer including a plurality of first graphene quantum dots bonded to a first functional group (A); and a second electrode on the graphene quantum dot layer, wherein the plurality of first graphene quantum dots are configured to absorb light of a first wavelength band, characterized in that the graphene quantum dot layer further includes a plurality of second graphene quantum dots bonded to a second functional group (B) that is different from the first functional group, and in that the plurality of second graphene quantum dots are configured to absorb light of a second wavelength band that is different from the first wavelength band. a first electrode ; a graphene quantum dot layer, the graphene quantum dot layer including a plurality of first graphene quantum dots bonded to a first functional group (A); and a second electrode on the graphene quantum dot layer, wherein the plurality of first graphene quantum dots are configured to absorb light of a first wavelength band, characterized in that the graphene quantum dot layer further includes a plurality of second graphene quantum dots bonded to a second functional group (B) that is different from the first functional group, and in that the plurality of second graphene quantum dots are configured to absorb light of a second wavelength band that is different from the first wavelength band.
Method for operating an onboard power supply of a motor vehicle , which onboard power supply has at least two electrical networks with different network voltages, wherein a high-voltage network for supplying with power at least one low-voltage network with a network voltage which is low in comparison to the high-voltage network submits a specified power quantity to the at least one low-voltage network , wherein to each network is connected at least one network component (6 - 11), in particular an electrical load, and the high-voltage network has at least one high-voltage battery attached thereto, wherein in the case of a deficiency in power occurring during the charging procedure of the high-voltage battery in the high-voltage network the power of at least one of the network components (9 - 11) connected in the at least one low-voltage network and the power quantity of at least one of the at least one network components (6 - 8), submitted by the high-voltage network to the at least one low-voltage network , is reduced, characterised in that to each network is assigned a control device for controlling the network components (6 - 11) and for determining the actual power consumption of the network , wherein the control device of the high-voltage network in the case of a deficiency in power occurring during the charging procedure of the high-voltage battery in the high-voltage network submits an item of information regarding the deficiency in power in the high-voltage network to the control device of the at least one low-voltage network , wherein the control device of the at least one low-voltage network taking additionally into consideration at least one marginal condition concerning the power consumption of at least one network component (9 - 11) of the low-voltage network reduces the power of at least one network component (9 - 11) of the low-voltage network .
A programmable resistive memory element (100; 200) with multiple resistance states, comprising: an Indium-Gallium-Zinc-Oxide (IGZO) resistive layer (102; 202); a first electrical contact and a second electrical contact (103; 203) disposed on the IGZO resistive layer in a same plane; and a voltage generator (104; 205) coupled to the first and second electrical contacts, characterised in that the voltage generator is constructed and arranged to apply an on-chip thermal treatment to the resistive memory element to adjust a resistance of the resistive memory element, wherein the thermal treatment is performed by applying one or more voltage sweeps to the IGZO resistive layer with an upper voltage limit. an Indium-Gallium-Zinc-Oxide (IGZO) resistive layer (102; 202); a first electrical contact and a second electrical contact (103; 203) disposed on the IGZO resistive layer in a same plane; and a voltage generator (104; 205) coupled to the first and second electrical contacts, characterised in that the voltage generator is constructed and arranged to apply an on-chip thermal treatment to the resistive memory element to adjust a resistance of the resistive memory element, wherein the thermal treatment is performed by applying one or more voltage sweeps to the IGZO resistive layer with an upper voltage limit.
A resonance podium comprising: a frame , the frame comprising a plurality of walls; a top panel supported by the plurality of walls of the frame to form a top surface that supports a performer playing a musical instrument on the resonance podium, the top panel including an opening ; and a resonant panel disposed through and into the opening of the top panel, the resonant panel being supported by the plurality of walls and isolated from the top panel, the resonant panel configured to receive a portion of the musical instrument and to project structurally-transmitted vibrations from the musical instrument for acoustical amplification. a frame , the frame comprising a plurality of walls; a top panel supported by the plurality of walls of the frame to form a top surface that supports a performer playing a musical instrument on the resonance podium, the top panel including an opening ; and a resonant panel disposed through and into the opening of the top panel, the resonant panel being supported by the plurality of walls and isolated from the top panel, the resonant panel configured to receive a portion of the musical instrument and to project structurally-transmitted vibrations from the musical instrument for acoustical amplification.
A reel comprising: a cylindrical hub that includes a winding part where a wire is windable; a pair of flanges that are provided on both sides in an axis direction of the hub and that include facing surfaces with the winding part interposed therebetween; a plurality of first information display portions that are formed on a surface opposite to the facing surface of the flange and that are disposed on a first circumference about a shaft center of the hub; and a second information display portion that is formed on the surface of the flange, wherein the second information display portion is disposed in a region surrounded by both inner ends of adjacent first information display portions and the shaft center of the hub, wherein the both inner ends of adjacent first information display portions are the ends on sides where the adjacent first information display portions face each other, characterized in that the second information display portion is disposed on a second circumference having a smaller diameter than that of the first circumference about the shaft center of the hub. a cylindrical hub that includes a winding part where a wire is windable; a pair of flanges that are provided on both sides in an axis direction of the hub and that include facing surfaces with the winding part interposed therebetween; a plurality of first information display portions that are formed on a surface opposite to the facing surface of the flange and that are disposed on a first circumference about a shaft center of the hub; and a second information display portion that is formed on the surface of the flange, wherein the second information display portion is disposed in a region surrounded by both inner ends of adjacent first information display portions and the shaft center of the hub, wherein the both inner ends of adjacent first information display portions are the ends on sides where the adjacent first information display portions face each other,
An airless tire comprising a cylindrical tread ring forming a ground contacting surface of the tire, a hub disposed radially inside the tread ring and fixed to an axle of a vehicle, and spokes connecting the tread ring and the hub , wherein the tread ring comprises a tread rubber layer forming the ground contacting surface of the tire , and a reinforcing rubber layer disposed radially inside the tread rubber layer , characterized in that the reinforcing rubber layer is made of a rubber compound [A] comprising: 100 parts by mass of a rubber component containing 10 to 100 % by mass of butadiene rubber; 10 to 80 parts by mass of a metal salt of an alpha beta unsaturated carboxylic acid; and a peroxide, an adjacent rubber compound , which is made from a sulfur-vulcanized rubber compound using sulfur as a vulcanizing agent, is disposed adjacent to the reinforcing rubber layer and comprises 0.5 to 10.0 part by weight of sulfur with respect to 100 parts by mass of the rubber component, and a barrier layer , which is formed from a rubber-based adhesive or a resin-based adhesive and restrains a part of the sulfur in the adjacent rubber compound from migrating into the reinforcing rubber layer during vulcanization, is disposed between the reinforcing rubber layer and the adjacent rubber compound .
A crystalline Form A of the compound represented by Formula 7, having diffraction peaks at about 6.54, 8.27 and 11.68 degrees 2θ in an X-ray powder diffraction pattern using Cu-Ka radiation.
Hydroxymethyl-group-containing glycosaminoglycan in which one or more amino groups are substituted with hydroxymethyl, for use in the treatment or prevention of viral infectious or malignant skin or mucosal diseases, wherein the viral infectious diseases are caused by herpes viruses or papillomaviruses, and wherein the malignant diseases are basal cell carcinoma of the epidermis and its precursors, and wherein glycosaminoglycans are linear polysaccharides composed of repeating modified disaccharides, wherein the disaccharide units of the chains are themselves linked 1→4 glycosidically.
Packaging line implemented for packaging a pre-filled syringe, comprising a NSD mounting station ; a PFS delivery arrangement positioned before the NSD mounting station and adapted to automatically deliver a pre-filled syringe to the NSD mounting station ; a NSD delivery arrangement positioned before the NSD mounting station and adapted to automatically deliver a needle safety device to the NSD mounting station ; wherein the NSD mounting station is arranged to automatically assemble the needle safety device to the pre-filled syringe ; and a NSD visual inspection station positioned after the NSD mounting station and adapted to automatically identify a pre-filled syringe with an unfit needle safety device and to automatically eliminate the identified pre-filled syringe ) from the packaging line, characterized by a re-insertion station adapted to receive a pre-filled syringe with a needle safety device and to automatically feed the received pre-filled syringe in the packaging line after the NSD mounting station and before the NSD visual inspection station . a NSD mounting station ; a PFS delivery arrangement positioned before the NSD mounting station and adapted to automatically deliver a pre-filled syringe to the NSD mounting station ; a NSD delivery arrangement positioned before the NSD mounting station and adapted to automatically deliver a needle safety device to the NSD mounting station ; wherein the NSD mounting station is arranged to automatically assemble the needle safety device to the pre-filled syringe ; and a NSD visual inspection station positioned after the NSD mounting station and adapted to automatically identify a pre-filled syringe with an unfit needle safety device and to automatically eliminate the identified pre-filled syringe ) from the packaging line, characterized by a re-insertion station adapted to receive a pre-filled syringe with a needle safety device and to automatically feed the received pre-filled syringe in the packaging line after the NSD mounting station and before the NSD visual inspection station .