mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic surgical instrument configured to penetrate, resect or microfracture bone, comprising: a striker, which is disposed in a longitudinal striker sleeve of the instrument; a removable probe mountable on a distal end of the instrument; a pressure regulator operably connectable to a gas cartridge mountable on or in the instrument, and a trigger mechanism comprising a trigger, the trigger mechanism being operably connected to the pressure regulator and to the striker; wherein the probe has a distal end configured and shaped to penetrate, resect or microfracture bone, wherein the pressure regulator is configured to direct and regulate the pressure of gas originating in the cartridge to the trigger mechanism, and wherein the instrument is configured so that a predetermined volume of gas stored at a predetermined range of pressures contained in the trigger mechanism is released to force the striker towards the distal end of the instrument when the trigger mechanism is actuated by a user, thereby delivering a shock wave to the proximal end of the probe, the shockwave delivered by the probe to the bone being substantially repeatable by the instrument when the trigger is actuated again by the user. a striker, which is disposed in a longitudinal striker sleeve of the instrument; a removable probe mountable on a distal end of the instrument; a pressure regulator operably connectable to a gas cartridge mountable on or in the instrument, and a trigger mechanism comprising a trigger, the trigger mechanism being operably connected to the pressure regulator and to the striker; wherein the probe has a distal end configured and shaped to penetrate, resect or microfracture bone, wherein the pressure regulator is configured to direct and regulate the pressure of gas originating in the cartridge to the trigger mechanism, and wherein the instrument is configured so that a predetermined volume of gas stored at a predetermined range of pressures contained in the trigger mechanism is released to force the striker towards the distal end of the instrument when the trigger mechanism is actuated by a user, thereby delivering a shock wave to the proximal end of the probe, the shockwave delivered by the probe to the bone being substantially repeatable by the instrument when the trigger is actuated again by the user.
A system configured to selectively block respiratory air flow to a lung, comprising: a catheter having a proximal end and a distal end and a central lumen extending from the proximal end to the distal end, wherein the distal end of the catheter is closed, wherein the distal end of the catheter comprises a window configured to facilitate visualization beyond the window, wherein the catheter comprises an inflatable balloon positioned along a distal portion of the catheter, wherein the catheter comprises an inflation channel within a wall of the catheter surrounding the central lumen configured to facilitate inflation and deflation of the inflatable balloon; and a retention assembly configured to exert a force on a visualization device inserted within the central lumen of the catheter to cause a distal end of the visualization device to be pressed against the window at the distal end of the catheter. a catheter having a proximal end and a distal end and a central lumen extending from the proximal end to the distal end, wherein the distal end of the catheter is closed, wherein the distal end of the catheter comprises a window configured to facilitate visualization beyond the window, wherein the catheter comprises an inflatable balloon positioned along a distal portion of the catheter, wherein the catheter comprises an inflation channel within a wall of the catheter surrounding the central lumen configured to facilitate inflation and deflation of the inflatable balloon; and a retention assembly configured to exert a force on a visualization device inserted within the central lumen of the catheter to cause a distal end of the visualization device to be pressed against the window at the distal end of the catheter.
A display apparatus comprising: an organic light emitting diode, OLED, display panel configured to display an image; a heat dissipating sheet disposed at the rear of the display panel and configured to dissipate heat from the display panel; a case configured to form a rear exterior of the display apparatus; and a bottom chassis disposed between the heat dissipating sheet on the rear surface of the display panel and the case, wherein the bottom chassis comprises a stacked structure having a plastic core disposed between a first layer and a second layer, wherein the plastic core is a relatively poor heat conductor and the first and second layers are relatively good heat conductors. an organic light emitting diode, OLED, display panel configured to display an image; a heat dissipating sheet disposed at the rear of the display panel and configured to dissipate heat from the display panel; a case configured to form a rear exterior of the display apparatus; and a bottom chassis disposed between the heat dissipating sheet on the rear surface of the display panel and the case, wherein the bottom chassis comprises a stacked structure having a plastic core disposed between a first layer and a second layer, wherein the plastic core is a relatively poor heat conductor and the first and second layers are relatively good heat conductors.
Process for producing a coated steel substrate for packaging applications by depositing a chromium metal - chromium oxide coating on the substrate for packaging applications containing 1. a recrystallisation annealed single or double reduced packaging steel blackplate, or 2. a cold-rolled and recovery annealed blackplate, comprising electrolytically depositing on said substrate said chromium metal - chromium oxide coating in a single process step from a plating solution comprising a mixture of a trivalent chromium compound, a chelating agent, an optional conductivity enhancing salt, an optional depolarizer, an optional surfactant, to which an acid or base is optionally added to adjust the pH, wherein the plating solution does not contain a buffering agent, and wherein a sufficiently high cathodic current density is being applied to deposit chromium metal. 1. a recrystallisation annealed single or double reduced packaging steel blackplate, or 2. a cold-rolled and recovery annealed blackplate,
An unlicensed carrier contention method, comprising: performing, by a Licensed Assisted Access, LAA, device, a Clear Channel Assessment, CCA, on a channel, and after sensing the channel is idle during the CCA, proceeding to execute the following operations: S1: if a random withdrawal number N is greater than zero, decrementing, by the LAA device, N and setting N = N - 1, wherein N is a nonnegative integer; S2: sensing, by the LAA device, the channel through the CCA and executing S3 if the channel is sensed to be idle, otherwise executing S4; S3: if N = 0, using, by the LAA device, an unlicensed carrier for data transmission, otherwise executing S1; S4: sensing, by the LAA device, the channel through the CCA; and S5: if the channel is sensed to be idle, executing S1 or S3 by the LAA device, otherwise executing S4 by the LAA device; wherein the method comprises, prior to S1, acquiring, by the LAA device, the random withdrawal number N randomly generated by the LAA device or configured by another device; wherein the CCA performed by the LAA device in S2 is one CCA of an extended Clear Channel Assessment, eCCA; and wherein the CCA performed by the LAA device in S4 is the same as the CCA initially performed by the LAA device, both being initial CCAs. S1: if a random withdrawal number N is greater than zero, decrementing, by the LAA device, N and setting N = N - 1, wherein N is a nonnegative integer; S2: sensing, by the LAA device, the channel through the CCA and executing S3 if the channel is sensed to be idle, otherwise executing S4; S3: if N = 0, using, by the LAA device, an unlicensed carrier for data transmission, otherwise executing S1; S4: sensing, by the LAA device, the channel through the CCA; and S5: if the channel is sensed to be idle, executing S1 or S3 by the LAA device, otherwise executing S4 by the LAA device; wherein the method comprises, prior to S1, acquiring, by the LAA device, the random withdrawal number N randomly generated by the LAA device or configured by another device; wherein the CCA performed by the LAA device in S2 is one CCA of an extended Clear Channel Assessment, eCCA; and wherein the CCA performed by the LAA device in S4 is the same as the CCA initially performed by the LAA device, both being initial CCAs.
A NOx reduction catalyst system comprising: a NOx reduction catalyst that reduces NOx in processing gas, comprising: a catalyst substrate containing an oxide; a NOx absorption component; and a NOx purification component, and the NOx absorption component is Ba, the NOx purification component is one or more of those selected from a group consisting of V, Ce and La, and the oxide is in combination γ-Al 2 O 3 and zeolite β; and an ammonia source addition device that adds an ammonia source to the processing gas supplied to the NOx reduction catalyst. a NOx reduction catalyst that reduces NOx in processing gas, comprising: a catalyst substrate containing an oxide; a NOx absorption component; and a NOx purification component, a catalyst substrate containing an oxide; a NOx absorption component; and a NOx purification component, and the NOx absorption component is Ba, the NOx purification component is one or more of those selected from a group consisting of V, Ce and La, and the oxide is in combination γ-Al 2 O 3 and zeolite β; and an ammonia source addition device that adds an ammonia source to the processing gas supplied to the NOx reduction catalyst.
A measuring capsule for a fluid counter, the latter experiencing a tangential oncoming flow, for interchangeable insertion into a subsurface-mounted or surface-mounted housing of the fluid counter, wherein the measuring capsule has a measuring cup, defining a measuring chamber with an impeller wheel received in it, the measuring cup having a cylindrical wall with an inlet into the measuring chamber and with an outlet from the measuring chamber, and the measuring capsule has a meter part, characterized in that the inlet and the outlet of the measuring cup are located in a longitudinal center axis of the measuring cup and of the subsurface-mounted or surface-mounted housing; and that the inlet has a plurality of inflow openings, inclined toward this longitudinal center axis, which form an inflow channel with a length of 5 - 10 mm and which effect an at least partial deflection of the fluid into a tangential direction to the impeller wheel; and that a portion of the measuring cup, in which the inlet is embodied, has a greater wall thickness than in circumferentially adjoining cylindrical regions of the wall of the measuring cup, and the wall thickness of the portion is from 1.7 - 2.5 times as large as the adjoining cylindrical regions of the wall of the measuring cup; and that an outer diameter D of the measuring cup is ≤ 55 mm; and that the ratio of the outer diameter D of the measuring cup to the outer diameter D F1 of the impeller wheel is ≤ 1.4; and that the outer diameter D Z of the meter part is less than the outer diameter D of the measuring cup.
A method performed by a master node control plane to provide dual connectivity to a user terminal in a wireless communication network, the method comprising: transmitting, to a secondary node control plane, a secondary node addition request message if the master node control plane determines to add the secondary node control plane for dual connectivity while a user terminal is in a radio resource control, RRC, connected state; transmitting, to a common anchored user plane, a radio bearer control request message including a keep indicator if a bearer configured to the user terminal is a master cell group, MCG, bearer or MCG split bearer; transmitting, to the user terminal, a RRC connection reconfiguration message in response to receiving a radio bearer control response message from the common anchored user plane and in response to a secondary node addition request response message from the secondary node control plane; transmitting, to the secondary node control plane, a secondary node reconfiguration complete message based on receiving a RRC connection reconfiguration complete message from the user terminal; and performing a path update procedure for the user terminal with an access and mobility function entity, wherein the common anchored user plane operates in common with the radio protocol layer of the master node control plane, and the radio protocol layer of the secondary node control plane. transmitting, to a secondary node control plane, a secondary node addition request message if the master node control plane determines to add the secondary node control plane for dual connectivity while a user terminal is in a radio resource control, RRC, connected state; transmitting, to a common anchored user plane, a radio bearer control request message including a keep indicator if a bearer configured to the user terminal is a master cell group, MCG, bearer or MCG split bearer; transmitting, to the user terminal, a RRC connection reconfiguration message in response to receiving a radio bearer control response message from the common anchored user plane and in response to a secondary node addition request response message from the secondary node control plane; transmitting, to the secondary node control plane, a secondary node reconfiguration complete message based on receiving a RRC connection reconfiguration complete message from the user terminal; and performing a path update procedure for the user terminal with an access and mobility function entity, wherein the common anchored user plane operates in common with the radio protocol layer of the master node control plane, and the radio protocol layer of the secondary node control plane.
An artificial skylight, comprising: a light source (1,22); a first collimator configured to collimate light from the light source to produce a collimated light beam; a prism sheet disposed adjacent to the first collimator and configured to: - reflect and refract the collimated light beam received from the first collimator; and, - reflect the collimated light beam received from the collimator towards an observer to create a virtual sun; and, a transmissive material disposed adjacent to the prism sheet, the transmissive material configured to radiate diffuse light towards an observer to create a virtual sky, characterised in that the artificial skylight further comprises: a light pipe positioned between the light source and the first collimator; the light source emits light into an end of the light pipe, and; the light from the light source exits the light pipe and travels towards the first collimator. a light source (1,22); a first collimator configured to collimate light from the light source to produce a collimated light beam; a prism sheet disposed adjacent to the first collimator and configured to: - reflect and refract the collimated light beam received from the first collimator; and, - reflect the collimated light beam received from the collimator towards an observer to create a virtual sun; and, - reflect and refract the collimated light beam received from the first collimator; and, - reflect the collimated light beam received from the collimator towards an observer to create a virtual sun; and, a transmissive material disposed adjacent to the prism sheet, the transmissive material configured to radiate diffuse light towards an observer to create a virtual sky, characterised in that the artificial skylight further comprises: a light pipe positioned between the light source and the first collimator; the light source emits light into an end of the light pipe, and; the light from the light source exits the light pipe and travels towards the first collimator. a light pipe positioned between the light source and the first collimator; the light source emits light into an end of the light pipe, and; the light from the light source exits the light pipe and travels towards the first collimator.
A method for treating soil material, characterized in that the soil material is treated by a mixture composition containing at least chemically unmodified microfibrillated cellulose and water for bonding soil particles together, and wherein the mixture composition contains microfibrillated cellulose in an amount of less than 5 w-%.
A method for widening color space with a much reduced thickness compared to film applications in displays such as tablet and mobile phone, characterized by steps of: - coating materials, which form an oxygen and moisture barrier, on lower and upper surface of a light waveguide being used in displays by spray coating; - coating color enriching materials on the light waveguide, which is coated with an oxygen and moisture barrier on the upper and lower surface thereof, by spray coating; and - re-coating the light waveguide, which is coated with a color enriching material, with a material forming an oxygen and moisture barrier. - coating materials, which form an oxygen and moisture barrier, on lower and upper surface of a light waveguide being used in displays by spray coating; - coating color enriching materials on the light waveguide, which is coated with an oxygen and moisture barrier on the upper and lower surface thereof, by spray coating; and - re-coating the light waveguide, which is coated with a color enriching material, with a material forming an oxygen and moisture barrier.
Gripping device with a gripping jaw support and several gripping jaws distributed thereon about a main axis of the gripping jaw support, wherein at least one of the gripping jaws is a pivotable gripping jaw which is pivotably mounted on the gripping jaw support for pivoting about a pivot axis and which has a gripping arm projecting from the pivot axis on one side and provided with a gripping surface for gripping an object, which gripping arm is pivoted radially inwards towards the main axis of the gripping jaw support in a closing pivoting movement and radially outwards away from the main axis in an opposite opening pivoting movement of the gripping jaw, and with an actuating slide for the actuation of each pivotable gripping jaw, which actuating slide is capable of linear displacement in the axial direction of the main axis relative to the gripping jaw support while performing a closing actuating movement and an opposite opening actuating movement, and which actuating slide has for each pivotable gripping jaw a closing drive surface, which in the closing actuating movement of the actuating slide slides along a closing cooperation surface - inclined relative to the main axis of the gripping jaw support - of the associated pivotable gripping jaw, thereby causing the closing pivoting movement of the pivotable gripping jaw, wherein the closing cooperation surface is located - pointing away from the main axis - on the outer surface of the gripping arm of a respective pivotable gripping jaw which is radially remote from the main axis, and wherein the gripping arm is overlapped at its outer surface in the axial direction of the main axis by an actuating section of the actuating slide having the respective closing drive surface on its inside facing the main axis, characterised in that on the inner surface - facing the main axis - of each pivotable gripping arm, there is provided an opening cooperation surface, which is inclined relative to the main axis and opposite which radially inwards relative to the main axis is provided an opening drive surface, which is located on the actuating slide and points radially outwards, and which slides along the opening cooperation surface of the associated pivotable gripping arm in the opening actuating movement of the actuating slide, thereby causing the opening pivoting movement of the pivotable gripping arm.
A seating arrangement comprising: a. a seat (14A-14C); and b. a footwell assembly of variable length, c. a shell, characterized in that, a gap exists between a forward end of the footwell assembly and the shell immediately forward of the footwell assembly, - the footwell assembly comprises an extension constituting a box-like segment configured to move between - an extended position in which the extension protrudes beyond the forward end within the gap, and - a retracted position in which the extension has a forward surface which is approximately flush with the forward end, so as to provide the variable length. a. a seat (14A-14C); and b. a footwell assembly of variable length, c. a shell, characterized in that, a gap exists between a forward end of the footwell assembly and the shell immediately forward of the footwell assembly, - the footwell assembly comprises an extension constituting a box-like segment configured to move between - an extended position in which the extension protrudes beyond the forward end within the gap, and - a retracted position in which the extension has a forward surface which is approximately flush with the forward end, so as to provide the variable length. - the footwell assembly comprises an extension constituting a box-like segment configured to move between - an extended position in which the extension protrudes beyond the forward end within the gap, and - a retracted position in which the extension has a forward surface which is approximately flush with the forward end, so as to provide the variable length.
Instrument panel holder for a motor vehicle, which has a cross member which can be incorporated between the A-columns of a motor vehicle body, wherein the cross member is equipped at least at one end with a mounting component for fastening to an A-column, wherein the mounting component has a back, two side legs (14, 15) parallel to one another as well as an upper leg and a lower leg and in each side leg (14, 15) is provided at least one mounting opening (30, 31), wherein the mounting openings (30, 31) serve for the passage of elongated fastening elements, in particular mounting screws, in vehicle longitudinal direction (x axis), in order to fasten the instrument panel holder to an A-column of the motor vehicle, characterised in that the mounting component is joined with the side legs (14, 15) at the end of a driver-side longitudinal portion of the cross member, wherein the end is configured to be substantially rectangular in shape, wherein the side legs (14, 15) engage by way of a vertically-extending front side portion and a vertically-extending rear side portion of the end. wherein the mounting component has a back, two side legs (14, 15) parallel to one another as well as an upper leg and a lower leg and in each side leg (14, 15) is provided at least one mounting opening (30, 31), wherein the mounting openings (30, 31) serve for the passage of elongated fastening elements, in particular mounting screws, in vehicle longitudinal direction (x axis), in order to fasten the instrument panel holder to an A-column of the motor vehicle, characterised in that the mounting component is joined with the side legs (14, 15) at the end of a driver-side longitudinal portion of the cross member, wherein the end is configured to be substantially rectangular in shape, wherein the side legs (14, 15) engage by way of a vertically-extending front side portion and a vertically-extending rear side portion of the end.