mhurhangee/patent-ind-claim-en huggingface dataset:
A system for wirelessly providing power and data to a remote device, the system comprising: a source apparatus comprising: a light source for generating a modulated collimated beam; a steerable optical element ; and a wireless uplink receiver; and a remote device comprising: a receiver for receiving modulated light from the modulated collimated beam and converting the modulated light into an electrical power component and a signal component; a processing unit for processing a signal component of the modulated light; a power conditioning unit for conditioning electrical energy from the power component for powering the device; characterized in that the system further comprises: an illumination detector for determining an illumination of the optical signal reaching the receiver for the purpose of aligning the collimated beam; and an uplink channel in communication with the wireless uplink receiver to relay feedback data related to collimated beam alignment to position the steerable optical element . a source apparatus comprising: a light source for generating a modulated collimated beam; a steerable optical element ; and a wireless uplink receiver; and a light source for generating a modulated collimated beam; a steerable optical element ; and a wireless uplink receiver; and a remote device comprising: a receiver for receiving modulated light from the modulated collimated beam and converting the modulated light into an electrical power component and a signal component; a processing unit for processing a signal component of the modulated light; a power conditioning unit for conditioning electrical energy from the power component for powering the device; a receiver for receiving modulated light from the modulated collimated beam and converting the modulated light into an electrical power component and a signal component; a processing unit for processing a signal component of the modulated light; a power conditioning unit for conditioning electrical energy from the power component for powering the device; characterized in that the system further comprises: an illumination detector for determining an illumination of the optical signal reaching the receiver for the purpose of aligning the collimated beam; and an uplink channel in communication with the wireless uplink receiver to relay feedback data related to collimated beam alignment to position the steerable optical element . an illumination detector for determining an illumination of the optical signal reaching the receiver for the purpose of aligning the collimated beam; and an uplink channel in communication with the wireless uplink receiver to relay feedback data related to collimated beam alignment to position the steerable optical element .
A foaming die for extruding a molten foamable composition, comprising: a plurality of shims that are layered together under pressure to form a shim stack, the shims combining to collectively define a plurality of die orifices in a working face of the foaming die and to collectively define at least one die cavity that is configured to receive a molten foamable composition from an extrusion apparatus and that is fluidly connected to the die orifices.
A system for establishing physiological conditions in a patient's blood, the system comprising: (a) blood flow tubing configured to be in fluid communication with the patient's circulatory system; (b) an oxygenator in fluid communication with the blood flow tubing; (c) a blood pump configured to cause blood to flow within the blood flow tubing; (d) a filter comprising a first filter chamber and a second filter chamber separated by a semipermeable barrier, wherein the first filter chamber is in fluid communication with the blood flow tubing; (e) a wash solution reservoir in fluid communication with the second filter chamber; and (f) a wash solution input pump in fluid communication with the wash solution reservoir configured to cause a wash solution to flow within the second filter chamber in a direction opposite the direction of blood flow, characterized in that the wash solution reservoir contains a wash solution having 133 - 145 mmol/L sodium, a pH of 7.35-7.45, 22-28 mmol/L bi-carbonate, and 95-115 mmol/L chloride. (a) blood flow tubing configured to be in fluid communication with the patient's circulatory system; (b) an oxygenator in fluid communication with the blood flow tubing; (c) a blood pump configured to cause blood to flow within the blood flow tubing; (d) a filter comprising a first filter chamber and a second filter chamber separated by a semipermeable barrier, wherein the first filter chamber is in fluid communication with the blood flow tubing; (e) a wash solution reservoir in fluid communication with the second filter chamber; and (f) a wash solution input pump in fluid communication with the wash solution reservoir configured to cause a wash solution to flow within the second filter chamber in a direction opposite the direction of blood flow,
A method performed by a first electronic device having one or more processors and memory storing one or more programs for execution by the one or more processors, the method comprising: detecting a first selection of a control during presentation of a first media content item; in response to detecting the first selection, presenting a second media content item that is related to the first media content item, wherein presenting the second media content item includes presenting a first playlist including media content related to the first media content item, wherein the second media content item is included in the first playlist; detecting a second selection of the control during presentation of the second media content item, wherein no control selections are detected between the first selection of the control and the second selection of the control; and in response to detecting the second selection, presenting a third media content item that is related to the second media content item, wherein presenting the third media content item includes presenting a second playlist including media content related to the second media content item, wherein the third media content item is included in the second playlist . detecting a first selection of a control during presentation of a first media content item; in response to detecting the first selection, presenting a second media content item that is related to the first media content item, wherein presenting the second media content item includes presenting a first playlist including media content related to the first media content item, wherein the second media content item is included in the first playlist; detecting a second selection of the control during presentation of the second media content item, wherein no control selections are detected between the first selection of the control and the second selection of the control; and in response to detecting the second selection, presenting a third media content item that is related to the second media content item, wherein presenting the third media content item includes presenting a second playlist including media content related to the second media content item, wherein the third media content item is included in the second playlist .
A composition comprising: (a) a complex of 1-methylcyclopropene and α-cyclodextrin and (b) a polymer binder selected from the group consisting of polyvinylpyrrolidone and copolymers thereof, wherein the ratio of polymer binder to complex on a weight to weight basis ranges from about 0.5:1 to about 4:1, wherein the polymer binder has a molecular weight ranging from about 5,000 to about 15,000, and wherein the composition is capable of releasing the 1-methylcyclopropene in the form of a gas when exposed to moisture, the composition having a release profile characterized in that when exposed at room temperature in a sealed vessel to conditions of 85% relative humidity, the composition releases substantially no 1-methylcyclopropene after a time period of at least 1 hour after exposure and thereafter continuously releases 1-methylcyclopropene for at least 5 hours after exposure. (a) a complex of 1-methylcyclopropene and α-cyclodextrin and (b) a polymer binder selected from the group consisting of polyvinylpyrrolidone and copolymers thereof, wherein the ratio of polymer binder to complex on a weight to weight basis ranges from about 0.5:1 to about 4:1, wherein the polymer binder has a molecular weight ranging from about 5,000 to about 15,000, and wherein the composition is capable of releasing the 1-methylcyclopropene in the form of a gas when exposed to moisture, the composition having a release profile characterized in that when exposed at room temperature in a sealed vessel to conditions of 85% relative humidity, the composition releases substantially no 1-methylcyclopropene after a time period of at least 1 hour after exposure and thereafter continuously releases 1-methylcyclopropene for at least 5 hours after exposure.
Fruit press having parallel shafts , mounted in a frame , for two pressing rollers , which can be driven in opposite directions and have pressing recesses distributed over the periphery, and also for two ram heads which are provided below the pressing rollers , can be driven in opposite directions to the pressing rollers and form pressing rams cooperating with the pressing recesses of the pressing rollers , and having a blade , wherein the pressing rollers and ram heads which can be removed from their shafts are held between a rear wall and a front holder of a handling unit releasably fastened to the frame , characterised in that the blade can be moved between the pressing rollers in a blade guide, that the pressing rollers and ram heads which are axially braced against the front holder are releasably held between bearing projections of the rear wall and receivers in the region of the front holder , that the receivers for the pressing rollers and ram heads are provided in the region of the front holder with radial introducing slots for axial support projections of the pressing rollers and ram heads and that the rear wall or the front holder of the handling unit comprises the blade guide with the blade .
Screen-printing forme for use in a screen-printing process, especially in the production of a metal contact structure of a photovoltaic solar cell, having a screen-printing fabric with a multiplicity of elongate woven fabric elements which are arranged in a first element direction and in a second element direction perpendicular thereto, and having a stencil arranged on the screen-printing fabric , which stencil has at least one opening in the form of a rectilinear channel having a channel width BK, wherein the woven fabric elements have, in the first element direction, a spacing AF and, in the second element direction, a spacing which differs from AF by less than 5 %, and the woven fabric elements have, in the first element direction, a diameter DG and, in the second element direction, a diameter which differs from DG by less than 5 %, characterised in that the channel encloses with the first element direction one of the following angles φ with a tolerance of +/- 0.1° and the channel width BK of the channel is smaller than or equal to the maximum width BKmax assigned to the angle φ: - an angle φ[°] from the group 11.31°, 14.04°,18.44°, 26.57°, 45° with an assigned maximum width BKmax [μm] in accordance with BK max = 2 DG + AF sin φ + DG cos φ or - an angle φ[°] = 33.69°, with an assigned maximum width BKmax [μm] in accordance with BK max = 2 DG + AF cos φ − AF sin φ ; and the channel width BK is smaller than the spacing between two woven fabric elements in the second thread direction and in the first thread direction. and having a stencil arranged on the screen-printing fabric , which stencil has at least one opening in the form of a rectilinear channel having a channel width BK, wherein the woven fabric elements have, in the first element direction, a spacing AF and, in the second element direction, a spacing which differs from AF by less than 5 %, and the woven fabric elements have, in the first element direction, a diameter DG and, in the second element direction, a diameter which differs from DG by less than 5 %, characterised in that the channel encloses with the first element direction one of the following angles φ with a tolerance of +/- 0.1° and the channel width BK of the channel is smaller than or equal to the maximum width BKmax assigned to the angle φ: - an angle φ[°] from the group 11.31°, 14.04°,18.44°, 26.57°, 45° with an assigned maximum width BKmax [μm] in accordance with BK max = 2 DG + AF sin φ + DG cos φ or - an angle φ[°] = 33.69°, with an assigned maximum width BKmax [μm] in accordance with BK max = 2 DG + AF cos φ − AF sin φ ; and the channel width BK is smaller than the spacing between two woven fabric elements in the second thread direction and in the first thread direction. - an angle φ[°] from the group 11.31°, 14.04°,18.44°, 26.57°, 45° with an assigned maximum width BKmax [μm] in accordance with BK max = 2 DG + AF sin φ + DG cos φ or - an angle φ[°] = 33.69°, with an assigned maximum width BKmax [μm] in accordance with BK max = 2 DG + AF cos φ − AF sin φ ; and the channel width BK is smaller than the spacing between two woven fabric elements in the second thread direction and in the first thread direction.
A start control device for a vehicle including a manual transmission , a clutch arranged to connect and disconnect a power transmission from an engine to a driving wheel at a shift operation by the manual transmission , a clutch pedal arranged to operate an engagement and a disengagement of the clutch , and an accelerator opening degree sensing means arranged to sense an accelerator opening degree, the vehicle start control device being characterized by comprising: an information transmitting means configured to inform a driver that an accelerator pedal becomes the accelerator opening degree at which the clutch pedal is returned when the accelerator opening degree becomes equal to or greater than a predetermined accelerator opening degree threshold value, which is an accelerator opening degree at which an engine speed necessary at the start of the vehicle can be obtained, by a depression of the accelerator pedal in a state where the clutch is disengaged by a depression of the clutch pedal at a start of the vehicle, and the accelerator opening degree threshold value is corrected in accordance with a running resistance at the start of the vehicle; and the accelerator opening degree threshold value at the large running resistance is relatively larger than the accelerator opening degree threshold value at the small running resistance. an information transmitting means configured to inform a driver that an accelerator pedal becomes the accelerator opening degree at which the clutch pedal is returned when the accelerator opening degree becomes equal to or greater than a predetermined accelerator opening degree threshold value, which is an accelerator opening degree at which an engine speed necessary at the start of the vehicle can be obtained, by a depression of the accelerator pedal in a state where the clutch is disengaged by a depression of the clutch pedal at a start of the vehicle, and the accelerator opening degree threshold value is corrected in accordance with a running resistance at the start of the vehicle; and the accelerator opening degree threshold value at the large running resistance is relatively larger than the accelerator opening degree threshold value at the small running resistance.
Method for manufacturing a part by forging, comprising steps of manufacturing a semi-finished part by precision forging, determining the conform geometric features of the part to be obtained in a theoretical model and polishing the part by means of an abrasive band, the abrasive band being rotated by a wheel and the pressure of the band on the surface of the part being exercised by the wheel , the abrasive band being mounted on a support, the said part and the support being movable with respect to each other, characterised by the fact that it comprises the following steps: - measuring the geometric features of the semi-finished part after forging, and comparison with the theoretical model, - determining on the surface of the part, the zones which are not conform, - determining the quantity of material to be removed from the non-conform zones to make them conform, - polishing the part by means of the abrasive band, by controlling the said band so as to remove the said quantity of material in each non-conform zone, in that the abrasive band is controlled by varying the speed of advance relative to the part with respect to the abrasive band along the longitudinal axis of the part, the other parameters for controlling the abrasive band remaining constant, the other parameters comprising the speed of rotation of the abrasive band and the contact pressure of the wheel on the surface of the part. - measuring the geometric features of the semi-finished part after forging, and comparison with the theoretical model, - determining on the surface of the part, the zones which are not conform, - determining the quantity of material to be removed from the non-conform zones to make them conform, - polishing the part by means of the abrasive band, by controlling the said band so as to remove the said quantity of material in each non-conform zone,
An optical device, comprising: an electrically switchable diffuser capable of having at least a first state and a second state; at least one light deflecting element disposed proximate the electrically switchable diffuser ; and a collimated light source disposed proximate to the electrically switchable diffuser and opposite the light deflecting element ; wherein the collimated light source , in a powered state, is configured to produce an input light cone having a central optical axis and having a minimum angular width of not more than about 40 degrees; wherein at least a portion of the light from the collimated light source is incident on the light deflecting element when the electrically switchable diffuser is in the second state but not the first state; and wherein the first state is a clear state. an electrically switchable diffuser capable of having at least a first state and a second state; at least one light deflecting element disposed proximate the electrically switchable diffuser ; and a collimated light source disposed proximate to the electrically switchable diffuser and opposite the light deflecting element ; wherein the collimated light source , in a powered state, is configured to produce an input light cone having a central optical axis and having a minimum angular width of not more than about 40 degrees; wherein at least a portion of the light from the collimated light source is incident on the light deflecting element when the electrically switchable diffuser is in the second state but not the first state; and wherein the first state is a clear state.
A seismic streamer (610; 710) comprising: an outer tube (612; 712) that defines an interiorspace having a longitudinal axis; sensor packages (620, 630; 730-1,730-2) disposed in the interior space at respective positions along the longitudinal axis; a rope (616; 716-1, 716-2) disposed in the interior space and offset from the longitudinal axis; characterized in that the streamerfurther comprises gel filled foam disposed in the interior space at least in part between the sensor packages (620, 630; 730-1, 730-2) and at least in part about portions of the rope (616; 716-1, 716-2), wherein the gel filled foam comprises a water swellable material that, responsive to a breach in the outer tube (612; 712) and contact with water, transitions the gel filled foam from an unswollen state to a swollen state that hinders gel leakage from the breach in the outer tube (612; 712). an outer tube (612; 712) that defines an interiorspace having a longitudinal axis; sensor packages (620, 630; 730-1,730-2) disposed in the interior space at respective positions along the longitudinal axis; a rope (616; 716-1, 716-2) disposed in the interior space and offset from the longitudinal axis; characterized in that the streamerfurther comprises gel filled foam disposed in the interior space at least in part between the sensor packages (620, 630; 730-1, 730-2) and at least in part about portions of the rope (616; 716-1, 716-2), wherein the gel filled foam comprises a water swellable material that, responsive to a breach in the outer tube (612; 712) and contact with water, transitions the gel filled foam from an unswollen state to a swollen state that hinders gel leakage from the breach in the outer tube (612; 712).
An applicator assembly comprising: a head portion having a proximal end , a distal end , and an interior portion defining a fluid chamber; a container comprising a sealing ring , wherein the container is slidably coupled to the head portion ; a plug sealing an end of the container ; a mechanical stop to secure the container in a predetermined position until the stop is released prior to actuation of the container ; and an application member attached to the distal end , wherein the mechanical stop comprises a circumferentially extending surface portion connected to the proximal end of the head portion and a distal end of the container , and a hinged portion disposed toward the proximal end of the head portion or toward an insertion end of the container , wherein one or more orifices are formed through a surface of the plug , and wherein an interior of the container is placed in fluid communication with the application member by way of a fluid conduit that is formed through the plug from the container to the fluid chamber when the container is actuated toward the head portion to bring the one or more orifices into fluid communication with the container by moving the sealing ring relative to the plug . a head portion having a proximal end , a distal end , and an interior portion defining a fluid chamber; a container comprising a sealing ring , wherein the container is slidably coupled to the head portion ; a plug sealing an end of the container ; a mechanical stop to secure the container in a predetermined position until the stop is released prior to actuation of the container ; and an application member attached to the distal end ,