mhurhangee/ep-ind-claims huggingface dataset:
A closing element for containers for liquids, in particular bottles, comprising at least a cork sheet having two opposite principal faces (2a, 2b); said closing element being characterized in that it further comprises at least a layer of insulating material, impermeable to liquids and to air and/or gases, coupled to the cork sheet so as to at least partly cover at least one of said two main faces (2a, 2b), the cork sheet and the layer of insulating material being rolled so as to define said closing element by alternatingly winding the cork sheet and the layer of insulating material, and wherein the layer of insulating material and the alternated winding are configured and predisposed to make the closing element impermeable or substantially impermeable to liquids and air and/or gases.
A system for transferring solid pharmaceutical products from a plurality of bulk containers (22,24,26) into product packaging comprising: a plurality of bulk containers (22,24,26) each having a plurality of solid pharmaceutical products contained therein; at least one product package having a plurality of locations for receiving solid pharmaceutical products; a computer controlled robotic transfer device for selectively removing and thereafter transferring one or more solid pharmaceutical products from the bulk storage containers (22,24,26) into one or more product package cavity locations corresponding to electronically stored patient prescription information, wherein the robotic transfer device is configured to automatically operate to transfer solid pharmaceutical products from the bulk containers (22,24,26) to the at least one product package having a plurality of locations for receiving solid pharmaceutical products and the plurality of locations are provided to receive solid pharmaceuticals transferred from the bulk storage containers (22,24,26) corresponding to the electronically stored patient prescription information, and further wherein the robotic transfer device is configured to simultaneously transfer during a single transfer motion into two corresponding product package locations at least two individual solid pharmaceutical products; characterised in that the robotic transfer device is configured to transfer solid pharmaceutical products at a spacing that is adjustable corresponding to the bulk storage containers (22,24,26) and/or corresponding to the one or more product package locations. a plurality of bulk containers (22,24,26) each having a plurality of solid pharmaceutical products contained therein; at least one product package having a plurality of locations for receiving solid pharmaceutical products; a computer controlled robotic transfer device for selectively removing and thereafter transferring one or more solid pharmaceutical products from the bulk storage containers (22,24,26) into one or more product package cavity locations corresponding to electronically stored patient prescription information, wherein the robotic transfer device is configured to automatically operate to transfer solid pharmaceutical products from the bulk containers (22,24,26) to the at least one product package having a plurality of locations for receiving solid pharmaceutical products and the plurality of locations are provided to receive solid pharmaceuticals transferred from the bulk storage containers (22,24,26) corresponding to the electronically stored patient prescription information, and further wherein the robotic transfer device is configured to simultaneously transfer during a single transfer motion into two corresponding product package locations at least two individual solid pharmaceutical products;
Polyamide-imide consisting of a repeating structure of the following Formula 1a and a repeating structure of the following Formula 1b together: wherein, the compounds of the Formula 1a and the Formula 1b are the repeating structures of the following Formula 1a-1 and Formula 1b-1:
A method for determining contention window information, comprising: receiving, by a user equipment, UE, at least one piece of control signaling sent by a base station for scheduling at least one uplink subframe, wherein each of the at least one piece of control signaling comprises a hybrid automatic repeat request, HARQ indication indicating an initial transmission or a retransmission; determining, by the UE, a clear channel assessment, CCA backoff counter initial value of a second uplink burst according to the at least one piece of control signaling, wherein the second uplink burst comprises at least one uplink subframe; and performing, by the UE, CCA for the second uplink burst according to the CCA backoff counter initial value of the second uplink burst. receiving, by a user equipment, UE, at least one piece of control signaling sent by a base station for scheduling at least one uplink subframe, wherein each of the at least one piece of control signaling comprises a hybrid automatic repeat request, HARQ indication indicating an initial transmission or a retransmission; determining, by the UE, a clear channel assessment, CCA backoff counter initial value of a second uplink burst according to the at least one piece of control signaling, wherein the second uplink burst comprises at least one uplink subframe; and performing, by the UE, CCA for the second uplink burst according to the CCA backoff counter initial value of the second uplink burst.
An aerosol powder delivery device comprising: a hollow device having an elongated, cylindrical shape; aerosolizable powder adapted to produce aerosol particles within the hollow device upon mechanical agitation of the hollow device, wherein at least a portion of the aerosol particles comprise the same material as the aerosolizable powder; and a secondary powder within the hollow device, wherein at least a portion of the aerosolizable powder, the secondary powder, or both are about 1.0mm to about 4.0mm in at least one dimension. a hollow device having an elongated, cylindrical shape; aerosolizable powder adapted to produce aerosol particles within the hollow device upon mechanical agitation of the hollow device, wherein at least a portion of the aerosol particles comprise the same material as the aerosolizable powder; and a secondary powder within the hollow device, wherein at least a portion of the aerosolizable powder, the secondary powder, or both are about 1.0mm to about 4.0mm in at least one dimension.
A method for programming a control unit of a vehicle, the method comprising the following steps: writing a first software module via a first interface into the control unit; blocking the first interface of the control unit; writing a key via a second interface into a secured memory area of the control unit; writing encrypted vehicle software via the second interface into the control unit; decrypting the encrypted vehicle software by the first software module using the written key; storing the decrypted vehicle software in a memory area of the control unit; and installing read protection for the memory area of the decrypted vehicle software. writing a first software module via a first interface into the control unit; blocking the first interface of the control unit; writing a key via a second interface into a secured memory area of the control unit; writing encrypted vehicle software via the second interface into the control unit; decrypting the encrypted vehicle software by the first software module using the written key; storing the decrypted vehicle software in a memory area of the control unit; and installing read protection for the memory area of the decrypted vehicle software.
Multi-piece container, having a tub-like floor, a circumferential wall, and a hood-like lid, where the wall • has several sections which together form the ring-shaped circumferential wall, • an inner wall surface facing towards the interior of the container, • an outer wall surface facing outwards, • a lower edge set in the floor, • an upper edge over which the lid fits, • and at least one recess surrounded by an edge, where at least one locking element is provided in the floor and/or the lid which engages the recess, and the recess is formed as an inwardly projecting depression pressed into the wall in such a way that the thickness of the wall is reduced in the area of the depression, characterised in that the wall has a cavity between the inner wall surface and the outer wall surface, and the depression is formed by a section of the outer wall surface pressed against the inner wall surface. • has several sections which together form the ring-shaped circumferential wall, • an inner wall surface facing towards the interior of the container, • an outer wall surface facing outwards, • a lower edge set in the floor, • an upper edge over which the lid fits, • and at least one recess surrounded by an edge,
A method of operation of a navigation system comprising: providing route information to a first vehicle by accessing a data source through a regional network, and storing the provided route information as saved route information; providing a peer-to-peer communication controller in the first vehicle so as to enable communication by the first vehicle; characterized in that the method further comprises: monitoring the availability of the regional network to the first vehicle or a second vehicle; linking a second peer-to-peer communication controller in the second vehicle with the peer-to-peer communication controller in the first vehicle, when the regional network is not available, for communicating between the second vehicle and the first vehicle; and preparing a first route history file from the saved route information and transferring the first route history file from the first vehicle to the second vehicle, when the regional network is not available, to extend coverage for route information in the second vehicle until the regional network is once again available. providing route information to a first vehicle by accessing a data source through a regional network, and storing the provided route information as saved route information; providing a peer-to-peer communication controller in the first vehicle so as to enable communication by the first vehicle; characterized in that the method further comprises: monitoring the availability of the regional network to the first vehicle or a second vehicle; linking a second peer-to-peer communication controller in the second vehicle with the peer-to-peer communication controller in the first vehicle, when the regional network is not available, for communicating between the second vehicle and the first vehicle; and preparing a first route history file from the saved route information and transferring the first route history file from the first vehicle to the second vehicle, when the regional network is not available, to extend coverage for route information in the second vehicle until the regional network is once again available. monitoring the availability of the regional network to the first vehicle or a second vehicle; linking a second peer-to-peer communication controller in the second vehicle with the peer-to-peer communication controller in the first vehicle, when the regional network is not available, for communicating between the second vehicle and the first vehicle; and preparing a first route history file from the saved route information and transferring the first route history file from the first vehicle to the second vehicle, when the regional network is not available, to extend coverage for route information in the second vehicle until the regional network is once again available.
A laser medical system comprising: an energy guide; a first energy source configured to generate energy for treating a target tissue through the energy guide; a second energy source configured to emit first and second aiming beams to a target tissue through the energy guide, the second aiming beam having at least one characteristic different from the first aiming beam; an image sensor; an endoscope configured to illuminate the target tissue using one of at least two illumination modes; characterized by further comprising: a controller comprising hardware, the controller being configured to: receive a signal indicating an illumination mode from at least two illumination modes used by the endoscope to illuminate the target tissue; receive a signal indicating whether a spot caused by the first or second aiming beam can be identified in an image from the endoscope; and control the second energy source to output the first or second aiming beam based on the indicated illumination mode. an energy guide; a first energy source configured to generate energy for treating a target tissue through the energy guide; a second energy source configured to emit first and second aiming beams to a target tissue through the energy guide, the second aiming beam having at least one characteristic different from the first aiming beam; an image sensor; an endoscope configured to illuminate the target tissue using one of at least two illumination modes; characterized by further comprising: a controller comprising hardware, the controller being configured to: receive a signal indicating an illumination mode from at least two illumination modes used by the endoscope to illuminate the target tissue; receive a signal indicating whether a spot caused by the first or second aiming beam can be identified in an image from the endoscope; and control the second energy source to output the first or second aiming beam based on the indicated illumination mode. receive a signal indicating an illumination mode from at least two illumination modes used by the endoscope to illuminate the target tissue; receive a signal indicating whether a spot caused by the first or second aiming beam can be identified in an image from the endoscope; and control the second energy source to output the first or second aiming beam based on the indicated illumination mode.
Valve comprising a body delimiting an internal fluid withdrawal and possibly fluid filling circuit, the said internal circuit extending between an upstream end intended to be placed in communication with the storage volume of a tank and a downstream end intended to be connected to a user member withdrawing or distributing pressurized fluid via the internal circuit, the valve comprising, placed in series from upstream to downstream in the internal circuit between the upstream end and the downstream end: an upstream valve shutter, an isolation valve shutter and a dust valve shutter, the dust valve shutter being able to move relative to the body between a position in which the upstream end of the circuit is closed and at least two distinct open positions, when the dust valve shutter is in the closed position, the isolation valve shutter and the upstream valve shutter being in respective positions in which the circuit is closed, in the at least two respective distinct open positions of the dust valve shutter, either only the isolation valve shutter being in a position in which the circuit is open or, respectively, the isolation valve shutter and the upstream valve shutter being in positions in which the circuit is open, characterized in that the valve comprises a calibrated orifice defining a determined opening allowing gas to pass between upstream and downstream of the upstream valve shutter when the latter is in its position in which the circuit is closed, said determined opening of the calibrated orifice being smaller than the opening produced when the upstream valve shutter is in its position in which the circuit is open.
A composition: - an extract made with at least 96% ethanol from the leaves of Salvia pisidica grown on permeable calcareous soil; - and - Bee honey. - an extract made with at least 96% ethanol from the leaves of Salvia pisidica grown on permeable calcareous soil; - and - Bee honey.
An apparatus for monitoring mechanical integrity of an eye-safety component of an illuminator (106, 300, 400, 500, 600), the apparatus comprising: - a sensor (102, 302) operable to sense a photoacoustic effect in the eye-safety component during operation of the illuminator (106, 300, 400, 500, 600) and to output a signal representative of the sensed photoacoustic effect; and - a processor operable to: - monitor the signal from the sensor (102, 302); - determine if the signal comprises at least one parameter that falls outside of a pre-determined acceptable range, the pre-determined acceptable range being indicative of mechanical integrity of the eye-safety component; and - initiate a safety action in response to a determination that the at least one parameter falls outside of the pre-determined acceptable range thereby indicating a loss of mechanical integrity. - a sensor (102, 302) operable to sense a photoacoustic effect in the eye-safety component during operation of the illuminator (106, 300, 400, 500, 600) and to output a signal representative of the sensed photoacoustic effect; and - a processor operable to: - monitor the signal from the sensor (102, 302); - determine if the signal comprises at least one parameter that falls outside of a pre-determined acceptable range, the pre-determined acceptable range being indicative of mechanical integrity of the eye-safety component; and - initiate a safety action in response to a determination that the at least one parameter falls outside of the pre-determined acceptable range thereby indicating a loss of mechanical integrity. - monitor the signal from the sensor (102, 302); - determine if the signal comprises at least one parameter that falls outside of a pre-determined acceptable range, the pre-determined acceptable range being indicative of mechanical integrity of the eye-safety component; and - initiate a safety action in response to a determination that the at least one parameter falls outside of the pre-determined acceptable range thereby indicating a loss of mechanical integrity.
Hand power tool, in particular drill hammer and/or chipping hammer, with a percussion mechanism unit (10a; 10b) for producing an impulse in the direction of a percussion axis (12a; 12b), which percussion mechanism unit has an axial drive unit (14a; 14b) which is formed by an eccentric unit and has an output means (16a; 16b), and with a motor unit (18a; 18b) and with a motor shaft (20a; 20b) which encloses an angle (22a; 22b) not equal to zero with respect to the percussion axis (12a; 12b) and which is operatively connected to the axial drive unit (14a; 14b) via a torque transmission wheel (24a; 24b) of same, wherein the output means (16a; 16b) of the axial drive unit (14a; 14b) is arranged directly on the torque transmission wheel (24a; 24b), characterized in that the axial drive unit (14a; 14b) is mounted only on one side on that side of the torque transmission wheel (24a; 24b) which faces away from the motor unit (18a; 18b).
A process for printing wood-based flat elements, comprising a preliminary step of graphic composition by means of an electronic processor and relative software, and a printing step, wherein to print the wood-based flat elements an ink-jet printer of the single-pass type is used controlled by the electronic processor, wherein said ink-jet printer is provided with print heads, each print head (12.1) relating to only one colour chosen from the list of cyan, magenta, yellow and black for application of chosen colours, said print heads (12.1-12.4) being arranged in rows, with each row relating to only one colour, and wherein for each colour employed in the printer the number of print heads (12.1-12.4) is that required to cover the entire width of that surface of the elements to be printed, characterized in that said flat element is maintained at rest and the printer performs a motion relative thereto during the printing operation, in order to print the entire surface thereof involved, wherein said relative motion results in the flat element having passed below said print heads (12.1-12.4) and in the entire surface of the flat element involved having been printed in a single pass of said flat element below said print heads.
A fluidic analyzer system for performing red blood cell analysis, the system comprising: a RBC cytometer card including a microfluidic circuit for providing a blood count of a sample, the fluidic circuit comprising: a shearing mechanism comprising a first channel and a second channel attached to the first channel to form a T-like junction, the first channel having an inlet for receiving a sphering solution and an outlet and the second channel having an inlet for providing blood to the first channel to produce a shear on the blood at a wall in the first channel so as to nearly eliminate clumping of blood cells; a sphering mechanism comprising a third channel having an upside-down U shape having wide vertical legs and narrow horizontal legs, an inlet and an outlet, the inlet of the sphering mechanism connected to the outlet of the shearing mechanism; a sheathing mechanism; a hydrodynamic focusing chamber connected to the outlet of the sphering mechanism and an outlet of the sheathing mechanism; and an optical channel connected to an outlet of the hydrodynamic focusing chamber for at least partially achieving the blood count. a RBC cytometer card including a microfluidic circuit for providing a blood count of a sample, the fluidic circuit comprising: a shearing mechanism comprising a first channel and a second channel attached to the first channel to form a T-like junction, the first channel having an inlet for receiving a sphering solution and an outlet and the second channel having an inlet for providing blood to the first channel to produce a shear on the blood at a wall in the first channel so as to nearly eliminate clumping of blood cells; a sphering mechanism comprising a third channel having an upside-down U shape having wide vertical legs and narrow horizontal legs, an inlet and an outlet, the inlet of the sphering mechanism connected to the outlet of the shearing mechanism; a sheathing mechanism; a hydrodynamic focusing chamber connected to the outlet of the sphering mechanism and an outlet of the sheathing mechanism; and an optical channel connected to an outlet of the hydrodynamic focusing chamber for at least partially achieving the blood count. a shearing mechanism comprising a first channel and a second channel attached to the first channel to form a T-like junction, the first channel having an inlet for receiving a sphering solution and an outlet and the second channel having an inlet for providing blood to the first channel to produce a shear on the blood at a wall in the first channel so as to nearly eliminate clumping of blood cells; a sphering mechanism comprising a third channel having an upside-down U shape having wide vertical legs and narrow horizontal legs, an inlet and an outlet, the inlet of the sphering mechanism connected to the outlet of the shearing mechanism; a sheathing mechanism; a hydrodynamic focusing chamber connected to the outlet of the sphering mechanism and an outlet of the sheathing mechanism; and an optical channel connected to an outlet of the hydrodynamic focusing chamber for at least partially achieving the blood count.
A freeze drying device with a pressure chamber, at least one adjusting plate (18, 118) arranged in the pressure chamber for receiving frozen goods, and a transfer unit for creating a transport connection between the freeze drying device and a separate frozen goods feed system, wherein the pressure chamber comprises a wall and a feed opening (14, 114) located in the wall as well as door leaf (16, 116) supported on the wall for closing the feed opening (14, 114), characterised in that a loading platform (20, 120) is provided on the door leaf (16, 116), wherein the loading platform (20, 120) is supported displaceable on the door leaf (16, 116), wherein the loading platform (20, 120) is located outside the pressure chamber at closed feed opening (14, 114), and wherein the loading platform (20, 120) is partly displaceable through the feed opening (14, 114) up to the adjusting plate (18, 118), and in this position creates a transport connection between the adjusting plate (18, 118) and a transfer table (22, 122) of the frozen goods feed system so that the frozen goods can be transported through the feed opening (14, 114) up to the adjusting plate (18, 118).