mhurhangee/patent-ind-claim-en huggingface dataset:
A smear preparing apparatus comprising: a staining unit comprising staining tanks that are configured to receive glass slides smeared with samples and to accommodate a staining solution used to stain the samples smeared on the glass slides ; a transfer unit that holds the glass slides and transfers the glass slides to the staining unit ; a fluid circuit that supplies the staining solution to each of the staining tanks in the staining unit ; and a controller that determines a staining tank used for staining processing among the staining tanks in response to a manipulation by a user, wherein the controller controls the fluid circuit : (i) to supply the staining solution to the staining tank used for the staining processing and to not supply the staining solution to a staining tank not used for the staining processing among the staining tanks ; or (ii) to supply the staining solution to the staining tank used for the staining processing and to supply the staining solution to the staining tank not used for the staining processing in an amount smaller than an amount of the staining solution supplied to the staining tank used for the staining processing. a staining unit comprising staining tanks that are configured to receive glass slides smeared with samples and to accommodate a staining solution used to stain the samples smeared on the glass slides ; a transfer unit that holds the glass slides and transfers the glass slides to the staining unit ; a fluid circuit that supplies the staining solution to each of the staining tanks in the staining unit ; and a controller that determines a staining tank used for staining processing among the staining tanks in response to a manipulation by a user, wherein the controller controls the fluid circuit : (i) to supply the staining solution to the staining tank used for the staining processing and to not supply the staining solution to a staining tank not used for the staining processing among the staining tanks ; or (ii) to supply the staining solution to the staining tank used for the staining processing and to supply the staining solution to the staining tank not used for the staining processing in an amount smaller than an amount of the staining solution supplied to the staining tank used for the staining processing. (i) to supply the staining solution to the staining tank used for the staining processing and to not supply the staining solution to a staining tank not used for the staining processing among the staining tanks ; or (ii) to supply the staining solution to the staining tank used for the staining processing and to supply the staining solution to the staining tank not used for the staining processing in an amount smaller than an amount of the staining solution supplied to the staining tank used for the staining processing.
A fan assembly for gas turbine engine comprising; a plurality of fan blades rotatable about a fan rotation axis (A), each of the plurality of fan blades movable about an axis transverse to the fan rotation axis (A) to vary the angle of pitch of the fan blades ; a fan nacelle partially surrounding the plurality of fan blades ; and a pitch mechanism coupled to the plurality of fan blades that changes the angle of pitch for each of the plurality of fan blades corresponding to a circumferential position of the fan blade about the fan rotation axis (A), characterised in that the fan assembly further comprises: a flow surface forward of the fan nacelle for only a portion of the circumference of the fan assembly , wherein the angle of pitch of one of the plurality of fan blades at a circumferential position within the portion of the circumference of the fan assembly including the flow surface forward of the fan nacelle is greater than the angle of pitch for ones of the plurality of fan blades at a circumferential position outside the portion of the circumference. a plurality of fan blades rotatable about a fan rotation axis (A), each of the plurality of fan blades movable about an axis transverse to the fan rotation axis (A) to vary the angle of pitch of the fan blades ; a fan nacelle partially surrounding the plurality of fan blades ; and a pitch mechanism coupled to the plurality of fan blades that changes the angle of pitch for each of the plurality of fan blades corresponding to a circumferential position of the fan blade about the fan rotation axis (A), characterised in that the fan assembly further comprises: a flow surface forward of the fan nacelle for only a portion of the circumference of the fan assembly , wherein the angle of pitch of one of the plurality of fan blades at a circumferential position within the portion of the circumference of the fan assembly including the flow surface forward of the fan nacelle is greater than the angle of pitch for ones of the plurality of fan blades at a circumferential position outside the portion of the circumference.
A touch pen attachment which is attachable to a game controller including a controller-side slide portion , comprising: a housing having an elongated shape; a rail member as an attachment-side slide portion , configured to be inserted into the controller-side slide portion from a first side of the rail member and to slidably engage with the controller-side slide portion in the insertion direction, wherein the rail member has the first side and a second side with respect to the insertion direction, the rail member is provided on a long side surface of the elongated shape housing parallel to the insertion direction; a stopper portion on the second side of a center of the rail member and configured to stop a slide movement, in the insertion direction, of the controller-side slide portion that has been inserted from the first side of the rail member; and a touch pen portion on an end portion of the housing on the second side in the insertion direction, wherein the touch pen portion protrudes from the end portion of the rail member on the second side in a direction opposite to the insertion direction, wherein the rail member comprises a bottom surface portion , two side surface portions extending perpendicularly to the bottom surface portion, and opposing portions which are provided to extend perpendicularly from the two side surface portions and having surfaces opposed to the bottom surface portion. a housing having an elongated shape; a rail member as an attachment-side slide portion , configured to be inserted into the controller-side slide portion from a first side of the rail member and to slidably engage with the controller-side slide portion in the insertion direction, wherein the rail member has the first side and a second side with respect to the insertion direction, the rail member is provided on a long side surface of the elongated shape housing parallel to the insertion direction; a stopper portion on the second side of a center of the rail member and configured to stop a slide movement, in the insertion direction, of the controller-side slide portion that has been inserted from the first side of the rail member; and a touch pen portion on an end portion of the housing on the second side in the insertion direction, wherein the touch pen portion protrudes from the end portion of the rail member on the second side in a direction opposite to the insertion direction, wherein the rail member comprises a bottom surface portion , two side surface portions extending perpendicularly to the bottom surface portion, and opposing portions which are provided to extend perpendicularly from the two side surface portions and having surfaces opposed to the bottom surface portion.
A device for guiding a yarn end of a yarn supply bobbin comprising a gas injection device for injecting gas; and a guide part that is positioned at a downstream side of an injection port , in an orientation toward which the injection port of the gas injection device faces, the guide part for guiding a yarn end that is pulled out from a yarn supply bobbin and guiding gas that is injected by the gas injection device , characterized in that the guide part includes: a guide hole that penetrates in the orientation of the injection port , a gas relief section that is in communication with the guide hole and perpendicular to a centerline of the guide hole , a notch that penetrates in the orientation of the injection port , the notch that is formed by cutting out from a side edge of the guide part to the guide hole , and a plurality of wall portions that block the gas injected by the gas injection device , wherein an opening is provided on each of the wall portions , the guide hole is configured by arranging the opening of each of the wall portions side by side along the orientation of the injection port , the opening of each of the wall portions that is arranged at a side far from the injection port is smaller than the opening of each of the wall portions that is arranged at a side close to the injection port . a guide hole that penetrates in the orientation of the injection port , a gas relief section that is in communication with the guide hole and perpendicular to a centerline of the guide hole , a notch that penetrates in the orientation of the injection port , the notch that is formed by cutting out from a side edge of the guide part to the guide hole , and a plurality of wall portions that block the gas injected by the gas injection device , wherein an opening is provided on each of the wall portions , the guide hole is configured by arranging the opening of each of the wall portions side by side along the orientation of the injection port , the opening of each of the wall portions that is arranged at a side far from the injection port is smaller than the opening of each of the wall portions that is arranged at a side close to the injection port .
Jewelry article , in particular a bracelet, comprising two branches and a clasp comprising a lock pivotally mounted on a pivot connected to one end of one of the two branches , the lock comprising a central passage extending along the axis of the pivot and a cavity communicating with the central passage and opening onto one of two lateral sides of the lock , the clasp further comprising a connecting member connected to one end of the other of the two branches and intended to be fitted into the central passage and the cavity of the lock , the connecting member and the cavity being shaped so as to make it possible, on the one hand, to bring the jewelry article from an unlocked configuration to a locked configuration by rotating the lock about the pivot in one direction after the connecting member has been fitted into the lock and, on the other hand, to bring the jewelry article from the locked configuration to the unlocked configuration by rotating the lock about the pivot in an opposite direction so that the connecting member can be removed from the lock , wherein the lock comprises a wall extending toward a longitudinal side of the lock , and wherein rotation of the lock into the locked configuration brings a part of the connecting member against said wall to prevent removal of the connecting member .
A method of ingot formation, the method comprising: forming a base of an ingot by feeding molten metal into a mold that defines an initial casting footprint and by lowering a movable bottom relative to the mold to increase a height of the ingot ; moving at least one cooling structure in a vertical direction from an initial position into contact with the molten metal ; moving the at least one cooling structure in a horizontal direction along a top plane of the molten metal to produce a reduced casting footprint bounded at least in part by the at least one cooling structure, wherein the reduced casting footprint is smaller than the initial casting footprint; and feeding supplemental molten metal into the reduced casting footprint to form a narrowing shape in a head of the ingot . forming a base of an ingot by feeding molten metal into a mold that defines an initial casting footprint and by lowering a movable bottom relative to the mold to increase a height of the ingot ; moving at least one cooling structure in a vertical direction from an initial position into contact with the molten metal ; moving the at least one cooling structure in a horizontal direction along a top plane of the molten metal to produce a reduced casting footprint bounded at least in part by the at least one cooling structure, wherein the reduced casting footprint is smaller than the initial casting footprint; and feeding supplemental molten metal into the reduced casting footprint to form a narrowing shape in a head of the ingot .
A fingerprint identification apparatus being applicable to an electronic device with a display screen, wherein the fingerprint identification apparatus is configured to be provided under the display screen, and the fingerprint identification apparatus comprises: a fingerprint sensor chip ; and an infrared radiation cut filter layer provided above the fingerprint sensor chip ; a light blocking layer provided on an upper surface of the infrared radiation cut filter layer by means of coating film, the light blocking layer being provided with a first hole array, and cross sections of first holes in the first hole array being inverse trapezoid; a light transmitting dielectric layer comprising first color filter units , the first color filter units being formed in part of the first holes in the first hole array to cover the part of the first holes, and the first color filter units being configured to transmit light of at least one waveband among red light, blue light and green light; a microlens array provided above the light transmitting dielectric layer; wherein the fingerprint sensor chip is configured to receive an optical signal returned by a finger above the display screen, converged by the microlens array , and then guided by the first hole array, and the optical signal is configured to perform fingerprint identification. a fingerprint sensor chip ; and an infrared radiation cut filter layer provided above the fingerprint sensor chip ; a light blocking layer provided on an upper surface of the infrared radiation cut filter layer by means of coating film, the light blocking layer being provided with a first hole array, and cross sections of first holes in the first hole array being inverse trapezoid; a light transmitting dielectric layer comprising first color filter units , the first color filter units being formed in part of the first holes in the first hole array to cover the part of the first holes, and the first color filter units being configured to transmit light of at least one waveband among red light, blue light and green light; a microlens array provided above the light transmitting dielectric layer; wherein the fingerprint sensor chip is configured to receive an optical signal returned by a finger above the display screen, converged by the microlens array , and then guided by the first hole array, and the optical signal is configured to perform fingerprint identification.
An apparatus for processing a food stuff comprising a housing comprising an upper part and a lower part , an elongate cutting tool rotatably mounted in the housing to rotate about a rotational axis, the elongate cutting tool having a radially extending cutting element and an arcuate support element at one end, and an arcuately extending slot formed between the upper face of the lower part and the lower surface of the upper part and extending circumferentially around the housing, wherein the support element of the elongate cutting tool is configured to slide along the slot as the cutting tool is rotated in the housing so that the elongate cutting tool is supported in an axial direction by the housing.
A wearable device which provides data to an external device through a body of a user wearing the wearable device the wearable device comprising: a controller configured to determine data to be delivered to the external device, determine a frequency response of the user based on frequency response characteristics of the user's body, and determine a carrier frequency based on the frequency response of the user; and a vibration delivery unit configured to convert the determined data into a vibration signal and deliver the vibration signal to the external device through the body of the user when the external device contacts a body part of the user, wherein the vibration delivery unit comprises: a modulator configured to modulate the determined data using a preset modulation scheme and the determined carrier frequency; and an actuator configured to apply the vibration signal to the body part of the user, the vibration signal being based on the modulated data. a controller configured to determine data to be delivered to the external device, determine a frequency response of the user based on frequency response characteristics of the user's body, and determine a carrier frequency based on the frequency response of the user; and a vibration delivery unit configured to convert the determined data into a vibration signal and deliver the vibration signal to the external device through the body of the user when the external device contacts a body part of the user,
A watercraft comprising a hull and provided with a stern compartment inside said hull, said compartment being closed at least at its bottom end by a movable portion of a stern platform , the stern platform projecting from a bottom of a stern wall to define a rear side extension of the watercraft, said compartment opening astern of the watercraft , wherein said movable portion can be lowered relative to the hull into water, actuating means implementing the motion of the movable portion of the stern platform , said actuating means being motor-driven, hydraulic and/or pneumatic means, said bottom end of the stern compartment being arranged, when in use, in proximity to the water, said movable portion of the stern platform being configured to shift into the water with a translational motion along at least a portion of the hull , but remaining in proximity to the hull and in a plane parallel to the plane in which said movable portion lies when the compartment is closed at its bottom end , said actuating means being associated to the portion of the hull along which the movable portion of the stern platform shifts and being of a telescopic kind and comprising a plurality of elements , movable relative to one another, one of said elements supporting the movable portion of the stern platform , wherein a first element of said plurality of elements is integral with the portion of the hull along which the movable portion of the stern platform shifts and a second element of said plurality of elements is movable relative to said first element , said compartment being configured to be flooded as a result of said motion of the movable portion of the stern platform .
A device for providing a bone cement of two starting components, comprising a hollow cylindrical first container , containing a glass ampoule comprising a monomer liquid as first starting component, and an opening device for the glass ampoule , a hollow cylindrical second container having a container wall , a first internal space , and a second internal space , wherein a bone cement powder as second starting component is stored in the first internal space , and wherein the monomer liquid can be conveyed into the second internal space , a fluid-conducting conveying means , arranged between the first internal space and the second internal space , wherein the first container and the second container are axially connected to one another, characterised by a discharge plunger , which can be axially displaced in the second container , arranged between first container and second internal space , wherein the discharge plunger cooperates with the container wall in such a way that in a first position of the discharge plunger the first container and the second internal space are connected in a fluid-conducting manner for the monomer liquid , and in a second position of the discharge plunger the first container and the second internal space are not connected in a fluid-conducting manner for the monomer liquid , so that the monomer liquid can be conveyed into the first internal space by means of a first displacement of the first container into the second container .
A method comprising, by a computing system : receiving motion data captured by one or more motion sensors of a wearable device; generating a pose of the wearable device based on the motion data; determining that an environment of the device has a first light condition; responsive to determining the first light condition, capturing a first frame of the wearable device by a camera using a first exposure time; identifying , in the first frame, a pattern of lights disposed on the wearable device; determining that an environment of the device has a second light condition; responsive to determining the second light condition, capturing a second frame of the wearable device by the camera using a second exposure time that is longer than the first exposure time; identifying , in the second frame, predetermined features of the wearable device; and adjusting the pose of the wearable device in an environment based on the identified pattern of lights in the first frame and the identified predetermined features in the second frame. receiving motion data captured by one or more motion sensors of a wearable device; generating a pose of the wearable device based on the motion data; determining that an environment of the device has a first light condition; responsive to determining the first light condition, capturing a first frame of the wearable device by a camera using a first exposure time; identifying , in the first frame, a pattern of lights disposed on the wearable device; determining that an environment of the device has a second light condition; responsive to determining the second light condition, capturing a second frame of the wearable device by the camera using a second exposure time that is longer than the first exposure time; identifying , in the second frame, predetermined features of the wearable device; and adjusting the pose of the wearable device in an environment based on the identified pattern of lights in the first frame and the identified predetermined features in the second frame.
A riser, comprising: a length of pipe ; a coupling that is coupled to the pipe , the coupling comprising a body , wherein a radial thickness of the body of the coupling is greater than a radial thickness of the pipe ; and an upper support member and a lower support member both of which are mechanically coupled to the body by mechanical means, the upper support member comprising an elevator engagement support shoulder , the lower support member comprising a riser weight load support shoulder , wherein the mechanical means comprises one of a plurality of mating grooves and teeth or a threaded connection . a length of pipe ; a coupling that is coupled to the pipe , the coupling comprising a body , wherein a radial thickness of the body of the coupling is greater than a radial thickness of the pipe ; and an upper support member and a lower support member both of which are mechanically coupled to the body by mechanical means, the upper support member comprising an elevator engagement support shoulder , the lower support member comprising a riser weight load support shoulder , wherein the mechanical means comprises one of a plurality of mating grooves and teeth or a threaded connection .
A positive electrode active material comprising: spherical porous carbon particles having a particle diameter of 2 μm to 10 pm, the particles including micropores having a diameter of 1 nm to 8 nm and mesopores having a diameter of 20 nm to 40 nm, the volume ratio of the micropores to the mesopores being in the range 1:40 to 50, and a sulfur-containing material carried within the pores of the carbon particles. spherical porous carbon particles having a particle diameter of 2 μm to 10 pm, the particles including micropores having a diameter of 1 nm to 8 nm and mesopores having a diameter of 20 nm to 40 nm, the volume ratio of the micropores to the mesopores being in the range 1:40 to 50, and a sulfur-containing material carried within the pores of the carbon particles.