mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for injecting a medicament into ocular tissue, comprising: a housing configured to be coupled to a medicament container, the medicament container configured to be coupled to a needle, wherein the needle is fixedly coupled to a distal end of the housing; an adjustment member slideably disposed about the needle and movable relative to the housing, whereby movement of the adjustment member relative to the housing changes a distance by which a distal end portion of the needle extends from a distal surface of the adjustment member; and an injection assembly disposed within the housing, the injection assembly including an energy storage member and an actuation rod, a distal end portion of the actuation rod configured to be disposed within the medicament container, the energy storage member configured to produce a force between about 2N and about 6N on a proximal end portion of the actuation rod, wherein the actuation rod and the medicament container are collectively configured such that the force produces an injection pressure within the medicament container of between about 100 kPa and about 500 kPa such that the force is sufficient to move the distal end portion of the actuation rod within the medicament container to convey at least a portion of a substance from the medicament container via the needle when a first backpressure is produced on a distal tip of the needle, the force insufficient to move the distal end portion of the actuation rod within the medicament container when a second backpressure higher than the first backpressure is produced on the distal tip of the needle. a housing configured to be coupled to a medicament container, the medicament container configured to be coupled to a needle, wherein the needle is fixedly coupled to a distal end of the housing; an adjustment member slideably disposed about the needle and movable relative to the housing, whereby movement of the adjustment member relative to the housing changes a distance by which a distal end portion of the needle extends from a distal surface of the adjustment member; and an injection assembly disposed within the housing, the injection assembly including an energy storage member and an actuation rod, a distal end portion of the actuation rod configured to be disposed within the medicament container, the energy storage member configured to produce a force between about 2N and about 6N on a proximal end portion of the actuation rod, wherein the actuation rod and the medicament container are collectively configured such that the force produces an injection pressure within the medicament container of between about 100 kPa and about 500 kPa such that the force is sufficient to move the distal end portion of the actuation rod within the medicament container to convey at least a portion of a substance from the medicament container via the needle when a first backpressure is produced on a distal tip of the needle, the force insufficient to move the distal end portion of the actuation rod within the medicament container when a second backpressure higher than the first backpressure is produced on the distal tip of the needle.
A toner for electrophotography comprising a resin binder comprising a crystalline resin and an amorphous resin, and a releasing agent, wherein the crystalline resin comprises a crystalline composite resin C comprising a polycondensation resin component and a styrenic resin component, wherein the polycondensation resin component is obtained by polycondensing an alcohol component comprising an aliphatic diol having 9 or more carbon atoms and 14 or less carbon atoms, and a carboxylic acid component comprising an aliphatic dicarboxylic acid compound having 9 or more carbon atoms and 14 or less carbon atoms, and wherein the amorphous resin comprises an amorphous composite resin AC comprising a polycondensation resin component and a styrenic resin component, wherein the polycondensation resin component is obtained by polycondensing an alcohol component and a carboxylic acid component comprising an aromatic dicarboxylic acid compound, and an amorphous polyester AP obtained by polycondensing an alcohol component and a carboxylic acid component comprising an aromatic dicarboxylic acid compound, wherein a softening point of the amorphous polyester AP is higher than a softening point of the amorphous composite resin AC, wherein a difference in softening points between the amorphous polyester AP and the amorphous composite resin AC is 10°C or more and 50°C or less, the softening point is measured according to the description.
A method of controlling a laundry treating apparatus including at least a first laundry treating device including a first washing tub, a first drum rotatably installed in the first washing tub, a first driver to drive the first drum, a first door to open or close the first drum and a first heater and a second laundry treating device (200;400) including a case which slides along a movable housing, a second washing tub installed in the case, a second drum rotatably installed in the second washing tub, a second driver to drive the second drum, a second door to open or close the second drum and a second heater, the second treating device being received in the movable housing, which is arranged beneath the first laundry treating device and is movable in forward/rearward directions of a cabinet and a controlling device, the method comprising: inputting information on operation in order to operate said first laundry treating device and said second laundry treating device adjacent to the first laundry treating device; and, operating the first laundry treating device and the second laundry treating device with running the first heater provided at the first laundry treating device and the second heater provided at the second laundry treating device alternatively under control of said controlling device. inputting information on operation in order to operate said first laundry treating device and said second laundry treating device adjacent to the first laundry treating device; and, operating the first laundry treating device and the second laundry treating device with running the first heater provided at the first laundry treating device and the second heater provided at the second laundry treating device alternatively under control of said controlling device.
A protective helmet comprising - a helmet shell, - a fitting space in which an electronic device for communication is disposed, - a supporting cage disposed in an interior of the helmet shell, and - a microphone disposed in or on the supporting cage and comprising a sensor for electronically detecting sound waves, - wherein the microphone comprises a sound receiver for capturing and for transmitting the sound waves to the sensor, - wherein the sound receiver is capable of capturing the sound waves generated by an organ of speech of the wearer of the helmet and propagating above the head of the wearer of the helmet, - wherein the microphone is connected to the electronic device via a signal connection to transmit the captured sound waves to the electronic device as a signal, characterized in that the fitting space is disposed on the outside of the helmet shell and enclosed by a housing. - a helmet shell, - a fitting space in which an electronic device for communication is disposed, - a supporting cage disposed in an interior of the helmet shell, and - a microphone disposed in or on the supporting cage and comprising a sensor for electronically detecting sound waves, - wherein the microphone comprises a sound receiver for capturing and for transmitting the sound waves to the sensor, - wherein the sound receiver is capable of capturing the sound waves generated by an organ of speech of the wearer of the helmet and propagating above the head of the wearer of the helmet, - wherein the microphone is connected to the electronic device via a signal connection to transmit the captured sound waves to the electronic device as a signal,
A rotation clamping mechanism including: a rotating member installed so as to be capable of being rotationally driven; and engagement members that are attached to the rotating member and transmit rotational power, wherein the engagement members are placed in engagement with a rotated object placed at a power transmission implementation position, which is in a predetermined positional relationship with the engagement member, and the rotated object is rotated by rotating the rotating member, wherein at least two engagement members are attached to the rotating member, the engagement members are supported on the rotating member in state where the engagement members are capable of swinging to an engagement position where there is engagement whereby it is possible to transmit power to the rotated object and to a release position where the engagement is released, the rotation clamping mechanism further includes: an opening/closing mechanism that opens and closes the engagement members between the engagement position and the release position; and an biasing member that biases the engagement members toward the engagement position, and when positioned at the engagement position, the plurality of engagement members clamp the rotated object in a floating state where the engagement members are pressed onto the rotated object by the biasing member, characterized in that a biasing direction of the biasing member is a direction perpendicular to an axial direction of a rotational axis of the rotating member and radial towards the outside from the rotational axis, and a swinging plane of each engagement member is a plane formed by a biasing direction of the biasing force applied to the engagement member and the axial direction of the rotational axis.
A sprinkler fitting comprising a spout and a deflector moveably connected to one another, a. the spout having a threaded proximal end with a water inlet for connection to a water supply, a nozzle at a distal end in fluid communication with the water inlet at the proximal end and a circumferential groove between the proximal and distal ends of the spout; a. the deflector having: an annular member retained in the circumferential groove of the spout; a spray cone connected to the annular member, the spray cone (204 being generally cone shaped and including a plurality of spray grooves (206, 401); an apex of the spray cone directed generally towards the nozzle; and the spray grooves (206, 401) extending from the apex of the spray cone towards an outer extremity of the deflector, characterised in that the deflector is formed from a resilient material in a single piece. a. the spout having a threaded proximal end with a water inlet for connection to a water supply, a nozzle at a distal end in fluid communication with the water inlet at the proximal end and a circumferential groove between the proximal and distal ends of the spout; a. the deflector having: an annular member retained in the circumferential groove of the spout; a spray cone connected to the annular member, the spray cone (204 being generally cone shaped and including a plurality of spray grooves (206, 401); an apex of the spray cone directed generally towards the nozzle; and the spray grooves (206, 401) extending from the apex of the spray cone towards an outer extremity of the deflector,
Electronic assembly with a circuit board, which is provided with conductor strips and, for forming an electronic circuit, is equipped with a number of SMD components and/or further electronic and/or electromechanical component parts by using a suitable solder, a number of connections between conductor strips, components and/or component parts being produced by means of in each case a spring-loaded contact bridge (12"'), the contact bridge being formed in one piece and suitably shaped for mounting without prestress by means of an automatic placement machine, and subsequent deformation of the contact bridge to produce the desired spring loading or prestressing, characterized in that the shape of the contact bridge in the mounted and stressed state corresponds to the shape shown in Figure 2.
A gas conversion system using a microwave plasma, comprising: a microwave waveguide for transmitting microwaves therethrough; a gas flow tube passing through the microwave waveguide and configured to transmit the microwaves through the gas flow tube; a temperature sensor configured to measure a temperature of the microwave waveguide; a first temperature controlling means for controlling a temperature of the microwave waveguide, wherein the first temperature controlling means includes a cooling system using a coolant; an igniter located near the gas flow tube and configured to ignite a plasma inside the gas flow tube so that the plasma converts a gas flowing through the gas flow tube during operation; and a plasma detector located near the gas flow tube and configured to monitor the plasma; characterized in that the temperature sensor is disposed near the gas flow tube; and that the first temperature controlling means is configured such that the temperature of the microwave waveguide is controlled based on the temperature measured by the temperature sensor near the gas flow tube. a microwave waveguide for transmitting microwaves therethrough; a gas flow tube passing through the microwave waveguide and configured to transmit the microwaves through the gas flow tube; a temperature sensor configured to measure a temperature of the microwave waveguide; a first temperature controlling means for controlling a temperature of the microwave waveguide, wherein the first temperature controlling means includes a cooling system using a coolant; an igniter located near the gas flow tube and configured to ignite a plasma inside the gas flow tube so that the plasma converts a gas flowing through the gas flow tube during operation; and a plasma detector located near the gas flow tube and configured to monitor the plasma;
A method of providing network slice service level agreement guarantee, at an Operation And Management, OAM, node, the method comprising: - initializing slice information at a Network Slice Selection Function, NSSF, including initial number of users allowed for a slice, - transmitting to a Network Data Analytic Function, NWDAF, information related to Key Performance Indicators, KPI, for the slice for Quality of Experience, QoE, monitoring; - receiving one or more QoE measurements related to one or more users of the slice; - using the received one or more QoE measurements to determine whether the KPI for the slice is reached in accordance with a service level agreement; - in response to determining that the KPI for the slice is not in accordance with the service level agreement, triggering an action in at least one of corresponding Radio Access Network or a Core Network associated with the slice; and - in response to determining that the KPI for the slice is in accordance with the service level agreement determining that the slice is stable and controlling the number of users accessing the slice, the controlling comprising notifying the NSSF (i) that new users are not allowed to access the slice and (ii) a new number of allowed users for the slice. - initializing slice information at a Network Slice Selection Function, NSSF, including initial number of users allowed for a slice, - transmitting to a Network Data Analytic Function, NWDAF, information related to Key Performance Indicators, KPI, for the slice for Quality of Experience, QoE, monitoring; - receiving one or more QoE measurements related to one or more users of the slice; - using the received one or more QoE measurements to determine whether the KPI for the slice is reached in accordance with a service level agreement; - in response to determining that the KPI for the slice is not in accordance with the service level agreement, triggering an action in at least one of corresponding Radio Access Network or a Core Network associated with the slice; and - in response to determining that the KPI for the slice is in accordance with the service level agreement determining that the slice is stable and controlling the number of users accessing the slice, the controlling comprising notifying the NSSF (i) that new users are not allowed to access the slice and (ii) a new number of allowed users for the slice.
A method for producing a moulded part by means of a tool which comprises a matrix and a mould core, wherein in a first step an insert to be back-moulded or back-foamed is placed into the matrix, so that an edge of the insert protrudes past a rim of a matrix-side slide, and wherein in a second step the tool is closed, so that a cavity is formed between the mould core and the matrix, wherein in a third step the cavity is filled with an injection-moulding material or a foam, wherein in step two the protruding edge is bent over by the mould core in direction of the matrix.
A dual band doherty amplifying structure, comprising: a main amplifier configured to amplify a first signal; and a peak amplifier configured to amplify a second signal, wherein the first and second signals comprise signals of a first and second frequency, each of the main amplifier and the peak amplifier including, respectively, a hybrid power device, each of the hybrid power devices including, respectively, a first power transistor die (MD1, PD1) configured to amplify the signals of a first frequency -f1-, and a second power transistor die (MD2, PD2) configured to amplify the signals of a second frequency -f2- different than the first frequency. a main amplifier configured to amplify a first signal; and a peak amplifier configured to amplify a second signal, wherein the first and second signals comprise signals of a first and second frequency, each of the main amplifier and the peak amplifier including, respectively, a hybrid power device, each of the hybrid power devices including, respectively, a first power transistor die (MD1, PD1) configured to amplify the signals of a first frequency -f1-, and a second power transistor die (MD2, PD2) configured to amplify the signals of a second frequency -f2- different than the first frequency. a first power transistor die (MD1, PD1) configured to amplify the signals of a first frequency -f1-, and a second power transistor die (MD2, PD2) configured to amplify the signals of a second frequency -f2- different than the first frequency.
A transverse flux induction heating device which allows an alternating magnetic field to intersect a sheet face of a conductive sheet which is conveyed in one direction, thereby inductively heating the conductive sheet, the transverse flux induction heating device comprising: a heating coil (24, 28) disposed such that a coil face faces the sheet face of the conductive sheet, and a core (23, 27) around which the heating coil (24, 28) is coiled, characterized in that the transverse flux induction heating device further comprises; a shielding plate formed of a conductor and disposed between the core (23, 27) and a side end portion of the conductive sheet in a direction perpendicular to a conveyance direction of the conductive sheet, the shielding plate facing the side end portion; and a non-conductive soft magnetic material which is attached to the shielding plate, wherein the shielding plate is interposed between the core (23, 27) and the non-conductive soft magnetic material, a depressed portion which faces the side end portion in the direction perpendicular to the conveyance direction of the conductive sheet is formed in a surface of the shielding plate, the surface facing the conductive sheet, and the non-conductive soft magnetic material is housed in the depressed portion. a heating coil (24, 28) disposed such that a coil face faces the sheet face of the conductive sheet, and a core (23, 27) around which the heating coil (24, 28) is coiled, characterized in that the transverse flux induction heating device further comprises; a shielding plate formed of a conductor and disposed between the core (23, 27) and a side end portion of the conductive sheet in a direction perpendicular to a conveyance direction of the conductive sheet, the shielding plate facing the side end portion; and a non-conductive soft magnetic material which is attached to the shielding plate, wherein the shielding plate is interposed between the core (23, 27) and the non-conductive soft magnetic material, a depressed portion which faces the side end portion in the direction perpendicular to the conveyance direction of the conductive sheet is formed in a surface of the shielding plate, the surface facing the conductive sheet, and the non-conductive soft magnetic material is housed in the depressed portion.
A method for manufacturing a wiring board including an insulating substrate, and a wiring layer disposed on a surface of the insulating substrate and having a predetermined wiring pattern, the method comprising: preparing a substrate with seed-layer including an electrically conductive underlayer on the surface of the insulating substrate and a seed layer on a surface of the underlayer, the seed layer having a predetermined pattern corresponding to the wiring pattern and containing metal; forming a diffusion layer in which an element forming the underlayer and an element forming the seed layer are mutually diffused, between the underlayer and the seed layer, by irradiating the seed layer with a laser beam; forming a metal layer on a surface of the seed layer by disposing a solid electrolyte membrane between an anode and the seed layer as a cathode, pressing the solid electrolyte membrane against at least the seed layer, and applying voltage between the anode and the underlayer to reduce metal ions contained in the solid electrolyte membrane; and after forming the metal layer, forming the wiring layer by removing, from the insulating substrate, an exposed portion without the seed layer of the underlayer, wherein the underlayer of the prepared substrate with seed layer contains an oxide on a contacting surface where the underlayer contacts the seed layer, and in forming the diffusion layer, a diffusion layer in which oxygen originating from the oxide is diffused is formed as the diffusion layer by irradiating the seed layer with the laser beam. preparing a substrate with seed-layer including an electrically conductive underlayer on the surface of the insulating substrate and a seed layer on a surface of the underlayer, the seed layer having a predetermined pattern corresponding to the wiring pattern and containing metal; forming a diffusion layer in which an element forming the underlayer and an element forming the seed layer are mutually diffused, between the underlayer and the seed layer, by irradiating the seed layer with a laser beam; forming a metal layer on a surface of the seed layer by disposing a solid electrolyte membrane between an anode and the seed layer as a cathode, pressing the solid electrolyte membrane against at least the seed layer, and applying voltage between the anode and the underlayer to reduce metal ions contained in the solid electrolyte membrane; and after forming the metal layer, forming the wiring layer by removing, from the insulating substrate, an exposed portion without the seed layer of the underlayer, wherein the underlayer of the prepared substrate with seed layer contains an oxide on a contacting surface where the underlayer contacts the seed layer, and in forming the diffusion layer, a diffusion layer in which oxygen originating from the oxide is diffused is formed as the diffusion layer by irradiating the seed layer with the laser beam.