mhurhangee/ep-ind-claims huggingface dataset:
Inhalation system with an inhalation device (18, 21) and a gas preparation device for the inhalation device (18, 21), wherein the gas preparation device has a gas preparation region, a heat accumulator, a gas supply and an inhalation device connection, the gas preparation region has a heat transmission region, the heat transmission region is thermally connected to the heat accumulator, the gas supply is configured to conduct a gas into the gas preparation region, and the inhalation device connection has a flowable connection to the gas preparation region and is connectable or connected to an inhalation device (18, 21), wherein the heat accumulator is configured to absorb energy from a charging station in a charging phase and to release the energy absorbed in the charging phase, or a part thereof, in the form of heat in an inhalation phase, and wherein the inhalation device (18, 21) has a gas preparation device connection which is connectable or connected to the inhalation device connection in a flowable manner, characterised in that the inhalation system has a bypass and a control device, wherein the bypass is configured to provide a connection between the inhalation device (18, 21) and a gas volume and the control device is configured to set a ratio between a bypass flow cross-section and a gas preparation device flow cross-section. wherein the gas preparation device has a gas preparation region, a heat accumulator, a gas supply and an inhalation device connection, the gas preparation region has a heat transmission region, the heat transmission region is thermally connected to the heat accumulator, the gas supply is configured to conduct a gas into the gas preparation region, and the inhalation device connection has a flowable connection to the gas preparation region and is connectable or connected to an inhalation device (18, 21), wherein the heat accumulator is configured to absorb energy from a charging station in a charging phase and to release the energy absorbed in the charging phase, or a part thereof, in the form of heat in an inhalation phase, and wherein the inhalation device (18, 21) has a gas preparation device connection which is connectable or connected to the inhalation device connection in a flowable manner, characterised in that the inhalation system has a bypass and a control device, wherein the bypass is configured to provide a connection between the inhalation device (18, 21) and a gas volume and the control device is configured to set a ratio between a bypass flow cross-section and a gas preparation device flow cross-section.
An underlying substrate including a seed crystal layer of GaN, wherein the seed crystal layer is an epitaxial layer, projections and recesses repeatedly appear in stripe shapes at a principal surface of the seed crystal layer, the projections have a level difference of 0.3 to 40 μm and a width of 5 to 100 μm, and the recesses have a bottom thickness of 2 μm or more and a width of 50 to 500 μm, and an off-angle formed by a normal line of the principal surface of the seed crystal layer and a c-axis of the seed crystal layer is 0.36 to 1.2° in an a-axis direction of GaN.
A coaxial optical fibre arranged to be used in air, the fibre consisting of a core with a circular cross-section and a cladding with annular cross-section, both made of pure glass SiO 2, and a propagation zone with annular cross-section stretched around the core filled with a dielectric between the core and the cladding wherein the dielectric in the propagation zone is methane, whereby the radius length of the core with a circular cross-section made of pure glass SiO 2 assumes a numerical value of r 1 = 0.49±5% micrometres, the outer radius of the propagation zone annulus made of methane assumes a numerical value of r 2 = 42±5% micrometres, and the thickness of the cladding made of pure glass SiO 2 assumes a numerical value of r 3 - r 2 = 0.6±5% micrometres, while the relations between the numerical values of the refraction index of the core made of pure glass SiO 2 n 1, the refraction index of the propagation zone made of methane n 2, the refraction index of the cladding made of pure glass SiO 2 n 3, and the refraction index n 4 of air surrounding the cladding satisfy a double inequality n 4 < n 2 < n 1 and an equation n 1 = n 3.
A method for transferring a robotic arm from a mounting surface to which the robotic arm is attached during use to a mobile cart for storage and/or transport of the robotic arm, the method comprising: tracking a location of the mobile cart relative to the robotic arm using a motion tracking system; and controlling the robotic arm to move the robotic arm into a pose that facilitates transferring the robotic arm from the mounting surface to the mobile cart based on the tracked location of the mobile cart; wherein the mounting surface is located on a carriage that is moveable along a support element, the method further comprising: moving the carriage and the robotic arm along the support element to a pre-determined loading/unloading position. tracking a location of the mobile cart relative to the robotic arm using a motion tracking system; and controlling the robotic arm to move the robotic arm into a pose that facilitates transferring the robotic arm from the mounting surface to the mobile cart based on the tracked location of the mobile cart; wherein the mounting surface is located on a carriage that is moveable along a support element, the method further comprising: moving the carriage and the robotic arm along the support element to a pre-determined loading/unloading position.
A lighting device, comprising: a formed flexible substrate performing a reflecting function having a shape; a stretchable conductive trace located on the formable flexible substrate; and a plurality of solid state light sources attached to the stretchable conductive trace; wherein the shape of the formed flexible substrate extends in three dimensions and comprises a three-dimensional reflector structure, wherein a solid state light source in the plurality of solid state light sources is located so that light emitted therefrom is beam shaped by the three-dimensional reflector structure. a formed flexible substrate performing a reflecting function having a shape; a stretchable conductive trace located on the formable flexible substrate; and a plurality of solid state light sources attached to the stretchable conductive trace; wherein the shape of the formed flexible substrate extends in three dimensions and comprises a three-dimensional reflector structure, wherein a solid state light source in the plurality of solid state light sources is located so that light emitted therefrom is beam shaped by the three-dimensional reflector structure.
An injection module for lateral insertion and bending of a coiled tubing via a side opening in a well, wherein the module is structured for connection to the side opening, and wherein the module comprises injection equipment (14, 16, 18, 20, 22) for coiled tubing operations, wherein: the module also comprises an insertion device connected to said injection equipment (14, 16, 18, 20, 22); the insertion device is structured in a manner allowing it to fit within the side opening in the well; a first end portion of the insertion device comprises a bending head (34; 34'; 34") with a bending path (36; 36'; 36"), wherein the bending head (34; 34'; 34") is structured in a manner allowing it to directionally deviate the coiled tubing upon conducting the coiled tubing along the bending path (36; 36'; 36"); the insertion device is provided with a guide conduit extending from a second end portion of the insertion device and onwards to the bending head (34; 34'; 34") for allowing the coiled tubing to be conducted into the bending head (34; 34'; 34"); the insertion device is connected to a moving means (44, 46, 72, 74, 76) disposed on the injection module; and the moving means (44, 46, 72, 74, 76) is structured in a manner allowing it to move the insertion device relative to the injection module after the connection thereof to the side opening in the well. the module also comprises an insertion device connected to said injection equipment (14, 16, 18, 20, 22); the insertion device is structured in a manner allowing it to fit within the side opening in the well; a first end portion of the insertion device comprises a bending head (34; 34'; 34") with a bending path (36; 36'; 36"), wherein the bending head (34; 34'; 34") is structured in a manner allowing it to directionally deviate the coiled tubing upon conducting the coiled tubing along the bending path (36; 36'; 36"); the insertion device is provided with a guide conduit extending from a second end portion of the insertion device and onwards to the bending head (34; 34'; 34") for allowing the coiled tubing to be conducted into the bending head (34; 34'; 34"); the insertion device is connected to a moving means (44, 46, 72, 74, 76) disposed on the injection module; and the moving means (44, 46, 72, 74, 76) is structured in a manner allowing it to move the insertion device relative to the injection module after the connection thereof to the side opening in the well.
A method relating to handover of a radio terminal connection from a serving base station (18, 19) associated with a serving cell to a closed subscriber group, CSG, cell served by a CSG base station, where only a radio terminal belonging to the CSG is permitted to access and receive service from the CSG cell, and where information is provided to radio terminals in the serving cell that identifies radio terminals that are not to report to the serving base station (18, 19) signal quality measurements of signals transmitted by the CSG base station, the method implemented in the serving base station (18, 19) comprising: determining that one of the radio terminals in the serving cell is authorized to access and receive service from the CSG cell; sending a message to the one radio terminal indicating that the CSG cell may be considered as a handover candidate for the radio terminal; based on a signal quality measurement report corresponding to the CSG base station, received from the one radio terminal, determining that a connection with the one radio terminal may be handed over to the CSG base station; and facilitating handover of the connection to the CSG base station. determining that one of the radio terminals in the serving cell is authorized to access and receive service from the CSG cell; sending a message to the one radio terminal indicating that the CSG cell may be considered as a handover candidate for the radio terminal; based on a signal quality measurement report corresponding to the CSG base station, received from the one radio terminal, determining that a connection with the one radio terminal may be handed over to the CSG base station; and facilitating handover of the connection to the CSG base station.
A method for transmitting control information in a mobile communication system performed by a user equipment, UE, the method comprising: identifying first resources allocated for transmission of first uplink control information; identifying second resources allocated for transmission of second uplink control information; and when a transmission time of the first resources overlaps with a transmission time of the second resources, transmitting, to a base station, the first uplink control information using the second resources. identifying first resources allocated for transmission of first uplink control information; identifying second resources allocated for transmission of second uplink control information; and when a transmission time of the first resources overlaps with a transmission time of the second resources, transmitting, to a base station, the first uplink control information using the second resources.
An isolated specific binding member for human IL-13, comprising an antibody antigen-binding site which is composed of a human antibody VH domain and a human antibody VL domain and which comprises a set of CDR's HCDR1, HCDR2, HCDR3, LCDR1, LCDR2 and LCDR3, wherein the VH domain comprises HCDR 1, HCDR2 and HCDR3 and the VL domain comprises LCDR1, LCDR2 and LCDR3, wherein the set of CDR's comprises the BAK1183H4 set of CDR's, defined wherein the HCDR1 has the amino acid sequence of SEQ ID NO: 97, i.e. NYGLS, the HCDR2 has the amino acid sequence of SEQ ID NO: 98, i.e. WINYDGGNTQYGQEFQG, the HCDR3 has the amino acid sequence of SEQ ID NO: 99, i.e. DSSSSWARWFFDL, the LCDR1 has the amino acid sequence of SEQ ID NO: 100, i.e. GGNIIGSKLVH, the LCDR2 has the amino acid sequence of SEQ ID NO: 101, i.e. DDGDRPS, and the LCDR3 has the amino acid sequence of SEQ ID NO: 102, i.e. QVWDTGSDPVV.
Mobile strapping apparatus for strapping articles for packing with a strapping band, which strapping apparatus has a tensioning device for applying a band tension to a loop of a strapping band, and a fastening device for producing a fastening, in particular a friction-welded or vibration-welded connection, on two regions, situated one above the other, of the loop of the strapping band, which fastening device has an energy supply, in particular a chargeable energy store for storing electrical energy, wherein the energy of the energy supply is provided as drive energy for motor-imparted drive movements of the strapping apparatus, and a housing with a front housing region, which is formed as a cover part for the tensioning device, and with a rear housing region, which is preferably provided for accommodating the energy store, and with a handle for holding the strapping apparatus, which handle is arranged between the front and the rear housing region, characterized in that a display means for displaying operational information of the strapping apparatus is arranged on the rear housing region of the housing of the strapping apparatus, and, with respect to a plan view of the strapping apparatus situated in a horizontal usage position, the display means can be visibly seen.
A light guide module, comprising: a light-emitting diode (102, 102-1, 102-2, 102-3, 102-4) with the shape of a rectangular cuboid, which light-emitting diode has two vertical light-emitting sides (106, 108); and a ring-shaped light guide configured to be fitted about a lens of a camera module of a mobile phone, comprising a light guide body having an annular bottom side, an annular top side comprising a light-emitting surface, a circular inner sidewall, and a circular outer sidewall with an indentation comprising two vertical in-coupling surfaces (116, 118), wherein the two vertical in-coupling surfaces (116, 118) of the indentation mate to the two vertical light-emitting sides (106, 108) of the light-emitting diode. a light-emitting diode (102, 102-1, 102-2, 102-3, 102-4) with the shape of a rectangular cuboid, which light-emitting diode has two vertical light-emitting sides (106, 108); and a ring-shaped light guide configured to be fitted about a lens of a camera module of a mobile phone, comprising a light guide body having an annular bottom side, an annular top side comprising a light-emitting surface, a circular inner sidewall, and a circular outer sidewall with an indentation comprising two vertical in-coupling surfaces (116, 118),
Acetabular spacer device, of temporary and disposable type, adapted to be implanted during use in a bone cavity placed at a joint of the human body, such as for example a hip or shoulder joint, wherein said acetabular spacer device has a cup-like shape, substantially hemispherical, and comprises a first surface, convex, adapted during use to be positioned at said bone cavity, a second surface, concave, which defines a cavity, wherein said acetabular spacer device comprises at least one pharmaceutical or medical substance, such as for example at least one antibiotic, adapted during use to treat an ongoing infection in said bone cavity, wherein said second surface is during use adapted to be articulated with a further stem component present at said joint of the human body, such as the head of a femur, or the head of a humerus, or with the head of a stem component of a corresponding permanent prosthesis or spacer device of said joint of the human body, characterized in that said first surface comprises a plurality of elongated recesses or projections, that extend outward or inward with respect to said first surface, having a length (LU, LUa), a width (LA, LAa) and a height or depth (H, HA), said elongated recesses or projections substantially depart from an apex or from a zone surrounding said apex substantially up to a circular terminal perimeter of said first surface, and in that at said circular terminal perimeter of said first surface, an annular tab is present which extends outwardly for a section with respect to said acetabular spacer device and with respect to said first surface.
A refrigerant cycle comprising: a compressor; said compressor having an outlet providing a refrigerant to a condenser, said condenser providing refrigerant to a main expansion device, refrigerant moving from said main expansion device to an evaporator, and a compressor suction inlet downstream of said evaporator; and characterized by two unloader valves (142, 152, 182) selectively communicating a compressed refrigerant from said compressor from two intermediate compression points to at least one point upstream of said evaporator. a compressor; said compressor having an outlet providing a refrigerant to a condenser, said condenser providing refrigerant to a main expansion device, refrigerant moving from said main expansion device to an evaporator, and a compressor suction inlet downstream of said evaporator; and characterized by two unloader valves (142, 152, 182) selectively communicating a compressed refrigerant from said compressor from two intermediate compression points to at least one point upstream of said evaporator.
A method of afforesting infertile soil using Pisolithus tinctorius, comprising: a first step for disinfecting soil; a second step for introducing, to the disinfected soil, a bark and medium, in which Pisolithus tinctorius is cultured, and mixing the resultant; a third step for disinfecting a seed of a plant species, sowing the seed in the soil in step 2, then, introducing a soil improving agent, and mulching with disinfected straws; a fourth step for cultivating the plant species sowed in the soil to prepare a seedling; and a fifth step for harvesting the prepared seedlings and afforesting infertile soil. a first step for disinfecting soil; a second step for introducing, to the disinfected soil, a bark and medium, in which Pisolithus tinctorius is cultured, and mixing the resultant; a third step for disinfecting a seed of a plant species, sowing the seed in the soil in step 2, then, introducing a soil improving agent, and mulching with disinfected straws; a fourth step for cultivating the plant species sowed in the soil to prepare a seedling; and a fifth step for harvesting the prepared seedlings and afforesting infertile soil.
A method of providing data by a first electronic device, the method comprising: connecting, by the first electronic device, to a plurality of electronic devices(102, 104); and transmitting, by the first electronic device, information about data that is available to be provided to the plurality of electronic devices (102, 104), to a second electronic device among the plurality of electronic devices (102, 104), wherein the second electronic device is selected as a host device for transmitting the data to at least one of the plurality of electronic devices (102, 104) instead of the first electronic device, characterized by the method further comprising: transmitting, by the first electronic device, an identification information of the second electronic device to the at least one of the plurality of electronic devices (102, 104) to identify the host device; receiving a message for requesting at least one of the data from the second electronic device; and in response to identifying the occurrence of an event related to the at least one of the data requested by the second electronic device, transmitting, by the first electronic device, the at least one of the data to the second electronic device. connecting, by the first electronic device, to a plurality of electronic devices(102, 104); and transmitting, by the first electronic device, information about data that is available to be provided to the plurality of electronic devices (102, 104), to a second electronic device among the plurality of electronic devices (102, 104), wherein the second electronic device is selected as a host device for transmitting the data to at least one of the plurality of electronic devices (102, 104) instead of the first electronic device, characterized by the method further comprising: transmitting, by the first electronic device, an identification information of the second electronic device to the at least one of the plurality of electronic devices (102, 104) to identify the host device; receiving a message for requesting at least one of the data from the second electronic device; and in response to identifying the occurrence of an event related to the at least one of the data requested by the second electronic device, transmitting, by the first electronic device, the at least one of the data to the second electronic device. transmitting, by the first electronic device, an identification information of the second electronic device to the at least one of the plurality of electronic devices (102, 104) to identify the host device; receiving a message for requesting at least one of the data from the second electronic device; and in response to identifying the occurrence of an event related to the at least one of the data requested by the second electronic device, transmitting, by the first electronic device, the at least one of the data to the second electronic device.
A cylinder lock with a cylinder housing and a cylinder core, which is rotatable in the cylinder housing and comprises a key channel, wherein small closing plates, which are respectively prestressed by a coil spring, are displaceably arranged in slots provided in the cylinder core, wherein the small closing plates respectively comprise on their outer circumference at least one projection, which cooperates with at least one recess in the cylinder housing in order to block the cylinder core from rotating relative to the cylinder housing, wherein the small closing plates comprise a recess for receiving a flat key, wherein one or more sensing studs and/or sensing grooves for engaging with codings (14, 15, 16) are provided on one of the lateral edges of the recess, wherein the codings are provided in sensing positions on one side of the flat key such that the small closing plates are displaced and release the cylinder core when the flat key is inserted into the recess, and wherein positive small closing plates are provided, which block the cylinder core in the prestressed position in the slot and release the cylinder core when they are displaced, characterized in that negative small closing plates are provided, which release the cylinder core in the prestressed position in the slot and block the cylinder core when they are displaced by a non-authorized key.