mhurhangee/ep-ind-claims huggingface dataset:
A power unit for a drug delivery device, comprising: - a first interface member extending along a reference axis and comprising a hollow body and a first engagement structure, - a second interface member comprising a tubular structure extending at least partially through the hollow body and having a skirt, and a second engagement structure configured for releasable engagement with the first engagement structure, and - a torsion spring comprising a first end portion being attached to the first interface member and a second end portion being attached to the second interface member, the torsion spring being pre-strained to induce a relative rotational motion between the first interface member and the second interface member, wherein the first interface member and the second interface member are configured for relative motion along the reference axis from a first relative axial position in which the first engagement structure and the second engagement structure are engaged to prevent the relative rotational motion between the first interface member and the second interface member to a second relative axial position in which the first engagement structure and the second engagement structure are disengaged, characterised in that in the first relative axial position of the first interface member and the second interface member the torsion spring is accommodated in a user inaccessible space defined by the hollow body and the skirt. - a first interface member extending along a reference axis and comprising a hollow body and a first engagement structure, - a second interface member comprising a tubular structure extending at least partially through the hollow body and having a skirt, and a second engagement structure configured for releasable engagement with the first engagement structure, and - a torsion spring comprising a first end portion being attached to the first interface member and a second end portion being attached to the second interface member, the torsion spring being pre-strained to induce a relative rotational motion between the first interface member and the second interface member, wherein the first interface member and the second interface member are configured for relative motion along the reference axis from a first relative axial position in which the first engagement structure and the second engagement structure are engaged to prevent the relative rotational motion between the first interface member and the second interface member to a second relative axial position in which the first engagement structure and the second engagement structure are disengaged, characterised in that in the first relative axial position of the first interface member and the second interface member the torsion spring is accommodated in a user inaccessible space defined by the hollow body and the skirt.
Method of assembling a timepiece comprising a watch movement and a water-resistant case, the method comprising the following stages: - a first stage of closing the case by fitting and securing a first case element, more particularly a back, and then - a second stage of closing the case by actuation of a second case element, the second case element being a winding stem, the second case element being mobile between a first configuration, in which a fluid communication between the interior of the case and an environment outside the case is permitted, and a second configuration adapted to ensure the sealing integrity of the case, the second stage of closing being an actuation of the passage of the second element from the first configuration to the second configuration. - a first stage of closing the case by fitting and securing a first case element, more particularly a back, and then - a second stage of closing the case by actuation of a second case element, the second case element being a winding stem, the second case element being mobile between a first configuration, in which a fluid communication between the interior of the case and an environment outside the case is permitted, and a second configuration adapted to ensure the sealing integrity of the case,
Composition for promoting mitochondrial biogenesis and improving mitochondrial function in a subject, the composition comprising an active agent, said active agent containing the amino acids leucine, isoleucine, valine, threonine, lysine and citric acid, succinic acid, malic acid, wherein the citric acid:malic acid:succinic acid weight ratio is comprised between 10:1:1 and 2:1.5:1.5, preferably between 7:1:1 and 1.5:1:1, more preferably between 5:1:1 and 3:1:1.
A water-cooled column suitable for use in a furnace of a circulating fluidized bed boiler, said water-cooler column being formed by side walls (21, 22, 23, 24) that are connected together to define and surround an enclosed space, each side wall being a water-cooled membrane wall, a working medium being passed through a tube of the water-cooled membrane wall from bottom to top, the water-cooled column comprising: a lower part having a cross section reduced segment, the cross section reduced segment having a cross section gradually reduced in a direction from bottom to top; and an upper part, wherein the upper part of the water-cooled column connects with the cross section reduced segment at a connection position, and a cross sectional area of the cross section reduced segment at the connection position is identical to a cross sectional area of the upper part of the water-cooled column at the connection position; and wherein a cross sectional area of the space inside the upper part of the water-cooled column is smaller than a cross sectional area of the space inside the lower part of the water-cooled column. a lower part having a cross section reduced segment, the cross section reduced segment having a cross section gradually reduced in a direction from bottom to top; and an upper part, wherein the upper part of the water-cooled column connects with the cross section reduced segment at a connection position, and a cross sectional area of the cross section reduced segment at the connection position is identical to a cross sectional area of the upper part of the water-cooled column at the connection position; and wherein a cross sectional area of the space inside the upper part of the water-cooled column is smaller than a cross sectional area of the space inside the lower part of the water-cooled column.
A mobile apparatus configured to detect a radio coverage hole, characterized in that the mobile apparatus is further configured to provide a confidence information of the detected radio coverage hole, wherein the confidence information indicates a reliability of the detection of the coverage hole.
Procedure for the transfer of data not belonging to a standard operation within an at least partially radio-based building installation system, in which at least one participant is integrated into the building installation system via a radio-based network communication, characterised by the fact that a participant, adressed by an administration device via a radio link of the building installation system, as terminal device, after having received a special operation command, if not connected to the network communication via the radio link, sends a telegram with information on the special operation, whereupon the transmission device or devices receiving this telegram and involved in the radio transmission to the at least one terminal device, such as repeaters, media couplers and the like (3, 5), deactivate their duty cycle monitoring, and, if connected to the network communication via radio, this terminal device in addition deactivates its duty cycle monitoring, so that a transmission of even larger amounts of data to this at least one terminal device can take place without interruption on the radio link.
A pharmaceutical composition, which consists of 13 ingredients in the following mass percentages: 1,3-diolein 0.41-0.59 1-linolein-3-olein 0.93-1.33 1,2-diolein 0.24-0.35 1-olein-2-linolein 0.68-0.97 1,2-dilinolein 0.33-0.48 trilinolein 2.01-2.89 1-olein-2,3-dilinolein 23.46-33.72 1-palmitin-2,3-dilinolein 3.33-4.78 1,3-diolein-2-linolein 21.6-31.05 1-palmitin-2-linolein-3-olein 9.99-14.35 1,3-dipalmitin-2-linolein 0.39-17.80 triolein 12.39-17.80 1-palmitin-2,3-diolein 4.26-6.12.
A leak-proof fluid transfer assembly comprising: a thermoplastic tube; a thermoset tube; a connector coupling the thermoplastic tube and the thermoset tube, wherein the fluid transfer assembly is adapted to maintain a substantially leak-proof fluid connection between the thermoplastic tube and the thermoset tube after autoclave sterilization, and wherein the fluid transfer assembly includes a first polymeric coupling structure overmolded onto an outer diameter of the thermoplastic tube and the connector, and a second coupling structure on an outer diameter of the thermoset tube. a thermoplastic tube; a thermoset tube; a connector coupling the thermoplastic tube and the thermoset tube, wherein the fluid transfer assembly is adapted to maintain a substantially leak-proof fluid connection between the thermoplastic tube and the thermoset tube after autoclave sterilization, and wherein the fluid transfer assembly includes a first polymeric coupling structure overmolded onto an outer diameter of the thermoplastic tube and the connector, and a second coupling structure on an outer diameter of the thermoset tube.
A middle- or large-sized battery pack case in which a battery module having a plurality of stacked battery cells, which can be charged and discharged, is mounted, wherein the battery pack case is provided with a coolant inlet port and a coolant outlet port, which are disposed such that a coolant for cooling the battery cells can flow from one side to the other side of the battery module in the direction perpendicular to the stacking direction of the battery cells, the battery pack case is further provided with a flow space ('inlet duct') extending from the coolant inlet port to the battery module and another flow space ('outlet duct') extending from the battery module to the coolant outlet port, and characterized in that one or more guide members are disposed in the inlet duct in the direction parallel to the stacking direction of the battery cells and are constructed in a plate-shaped structure for guiding the flow of the coolant in the direction parallel to the stacking direction of the battery cells.
A deflection member comprising: a. a reinforcing member comprising a resin coating; and b. at least one tile fastened to the resin coating through adhesive, resin, surface modification and/or solvent welding, characterized in that the at least one tile comprises a plurality of protuberances. a. a reinforcing member comprising a resin coating; and b. at least one tile fastened to the resin coating through adhesive, resin, surface modification and/or solvent welding,
A method for producing trifluoroethylene, which comprises making a material gas containing 1,1,1,2-tetrafluoroethane to flow through a layer consisting of a particulate solid reactant having an average particle size of from 1 μm to 5,000 μm to bring the solid reactant and 1,1,1,2-tetrafluoroethane into contact with each other in a state where the layer consisting of the solid reactant is fluidized, wherein the velocity of flow of the material gas containing 1,1,1,2-tetrafluoroethane is from 1 cm/s to 1,000 cm/s by the linear velocity, wherein the solid reactant contains at least one metal compound selected from the group consisting of a metal oxide and a metal carbonate, and wherein the metal species contained in the metal compound is sodium, potassium, calcium or magnesium.
A method for suppressing interference in a radar signal received by a radar transceiver in a vehicle, the method comprising; obtaining a sequence of time domain samples of the received radar signal, determining predicted time domain samples of the radar signal based on the obtained sequence of time domain samples, and if interference is detected in an interfered subset (321, 322) of the sequence of time domain samples, replacing the interfered subset (321, 322) by corresponding predicted time domain samples to repair the obtained sequence of time domain samples, and transmitting a notification to a control unit in the vehicle comprising information related to the replacing. obtaining a sequence of time domain samples of the received radar signal, determining predicted time domain samples of the radar signal based on the obtained sequence of time domain samples, and if interference is detected in an interfered subset (321, 322) of the sequence of time domain samples, replacing the interfered subset (321, 322) by corresponding predicted time domain samples to repair the obtained sequence of time domain samples, and transmitting a notification to a control unit in the vehicle comprising information related to the replacing.
An apparatus for measuring permittivity of a sample, the apparatus comprising: a sample chamber comprising a sealed space portion in which a sample to be measured is put; a pressure adjusting unit for varying pressure by applying water pressure to the space portion of the sample chamber; a permittivity sensor for measuring permittivity of the sample and disposed outside the sample chamber; measurement conducting wires comprising conductors, installed to contact the sample and connected to the permittivity sensor by using electric wires; a data logger for storing data relating to permittivity that is measured by the permittivity sensor; and a temperature adjusting unit for varying temperature of the sample chamber; wherein the temperature adjusting unit comprises: an external chamber that surrounds the sample chamber, forms a space between the external chamber and the sample chamber and comprises an inlet through which a fluid is injected in the space and an outlet through which the fluid is discharged from the space; wherein the temperature adjusting unit includes a partition that is ring-shaped and divides a space of the external chamber into an internal space and an external space, wherein the internal space and the external space of the external chamber communicate with each other via an upper portion of the partition, and wherein the inlet is connected to the internal space of the partition in a space formed between the external chamber and the sample chamber, and the outlet is connected to the external space of the partition in the space formed between the external chamber and the sample chamber. a sample chamber comprising a sealed space portion in which a sample to be measured is put; a pressure adjusting unit for varying pressure by applying water pressure to the space portion of the sample chamber; a permittivity sensor for measuring permittivity of the sample and disposed outside the sample chamber; measurement conducting wires comprising conductors, installed to contact the sample and connected to the permittivity sensor by using electric wires; a data logger for storing data relating to permittivity that is measured by the permittivity sensor; and a temperature adjusting unit for varying temperature of the sample chamber; wherein the temperature adjusting unit comprises: an external chamber that surrounds the sample chamber, forms a space between the external chamber and the sample chamber and comprises an inlet through which a fluid is injected in the space and an outlet through which the fluid is discharged from the space; wherein the temperature adjusting unit includes a partition that is ring-shaped and divides a space of the external chamber into an internal space and an external space, wherein the internal space and the external space of the external chamber communicate with each other via an upper portion of the partition, and wherein the inlet is connected to the internal space of the partition in a space formed between the external chamber and the sample chamber, and the outlet is connected to the external space of the partition in the space formed between the external chamber and the sample chamber.
A backlight unit comprising: a first layer; a plurality of light sources on the first layer; a reflection layer for reflecting light emitted from the light source, the reflection layer disposed on the first layer in a region other than the regions where the light sources are disposed; and a plurality of absorption elements for partially absorbing the light emitted from the light sources, the plurality of absorption elements formed on a portion of the reflection layer adjacent to a light emitting surface of the light sources, characterized by further comprising: a second layer formed over the first layer and covering the light sources and the reflection layer, wherein the plurality of light sources emits light in an extension direction of the first layer, wherein the absorption elements are arranged in absorption element groups, and each of the absorption element groups corresponds to each of the light sources, respectively, wherein the number of the absorption elements arranged in a first direction in each of absorption element groups is increased and then reduced with increasing interval between absorption elements in each of absorption element groups and corresponding light source, wherein the first direction is perpendicular to a second direction, and the second direction is a direction from each of light sources to corresponding absorption element group. a first layer; a plurality of light sources on the first layer; a reflection layer for reflecting light emitted from the light source, the reflection layer disposed on the first layer in a region other than the regions where the light sources are disposed; and a plurality of absorption elements for partially absorbing the light emitted from the light sources, the plurality of absorption elements formed on a portion of the reflection layer adjacent to a light emitting surface of the light sources, characterized by further comprising: a second layer formed over the first layer and covering the light sources and the reflection layer, wherein the plurality of light sources emits light in an extension direction of the first layer, wherein the absorption elements are arranged in absorption element groups, and each of the absorption element groups corresponds to each of the light sources, respectively, wherein the number of the absorption elements arranged in a first direction in each of absorption element groups is increased and then reduced with increasing interval between absorption elements in each of absorption element groups and corresponding light source, wherein the first direction is perpendicular to a second direction, and the second direction is a direction from each of light sources to corresponding absorption element group.
A method for transmitting in a digital broadcast network a plurality of data streams generated from a transport stream, the TS including a plurality of TS packets that each correspond to a fixed-length TS data packet containing digital broadcast data or a NULL packet, at least one of the plurality of the data streams including a plurality of header compressed TS packets, the plurality of TS packets before header compression each having a header including a packet identifier with a predefined length of a plurality of bits, the packet identifier relating to the TS data packet before header compression being any one of a plurality of packet identifiers, the packet identifier relating to the NULL packet before header compression being a packet identifier that is different from the plurality of packet identifiers, the method comprising the step of identifying the header of each of the plurality of TS packets before header compression, characterized by mapping, with respect to at least one of the plurality of packet identifiers relating to the TS data packets before header compression, a plurality of TS packets to a single physical layer pipe with header compression, said plurality of TS packets consisting of a plurality of TS data packets having the same packet identifier and one or more NULL packets, generating header compressed TS packets by replacing the packet identifier in each of the headers of the plurality of TS packets which are mapped to the physical layer pipe with header compression with a one-bit indicator indicating whether said TS packet is a NULL packet, the one-bit indicator having a smaller number of bits than the packet identifier, and transmitting a physical layer frame onto which the physical layer pipe with header compression is mapped, the physical layer frame including (i) the packet identifier relating to the plurality of TS data packets mapped to the physical layer pipe with header compression and a plurality of header compressed TS data packets corresponding to the plurality of TS data packets mapped to the physical layer pipe with header compression, or (ii) the packet identifier relating to the plurality of TS data packets mapped to the physical layer pipe with header compression, a plurality of header compressed TS data packets corresponding to the plurality of TS data packets mapped to the physical layer pipe with header compression, and one or more header compressed NULL packets corresponding to at least part of the one or more NULL packets mapped to the physical layer pipe with header compression, wherein for each physical layer pipe, a header compression indicator is signaled, which indicates whether or not the header of the TS packets transmitted using the respective physical layer pipe is compressed, and the synchronization byte in the transport stream is not transmitted.
Cooling device comprising: a spray head for cooling lubrication of a lower die and/or an upper die of a forming machine, wherein the spray head can be introduced between two work strokes into a work space between the lower die and the upper die, wherein the spray head comprises at least two individually activatable nozzles (DU, DO) for cooling lubrication of different places of a die surface of the lower die and/or the upper die and a thermal imaging camera (KU, KO) for recording a thermal image of the lower die and/or the upper die; and a control unit for determining individual spray times of the individually activatable nozzles (DU, DO) in dependence on the thermal image; characterised in that the control unit comprises a memory for storing the thermal images over a plurality of work cycles of the forming machine and is arranged to continuously monitor over several cycles a forming method, which is performable by the forming machine, on the basis of the stored thermal images so that faults can be recognised before the lower die and/or the upper die is or are no longer usable. a spray head for cooling lubrication of a lower die and/or an upper die of a forming machine, wherein the spray head can be introduced between two work strokes into a work space between the lower die and the upper die, wherein the spray head comprises at least two individually activatable nozzles (DU, DO) for cooling lubrication of different places of a die surface of the lower die and/or the upper die and a thermal imaging camera (KU, KO) for recording a thermal image of the lower die and/or the upper die; and a control unit for determining individual spray times of the individually activatable nozzles (DU, DO) in dependence on the thermal image; characterised in that the control unit comprises a memory for storing the thermal images over a plurality of work cycles of the forming machine and is arranged to continuously monitor over several cycles a forming method, which is performable by the forming machine, on the basis of the stored thermal images so that faults can be recognised before the lower die and/or the upper die is or are no longer usable.