mhurhangee/ep-ind-claims huggingface dataset:
An anchoring assembly for the anchoring of a dental prosthesis, said anchoring assembly comprising: i) a plurality of dental implants, each dental implant comprising a threaded portion and an abutment comprising a threaded hole; ii) a plurality of pins every one of which is configured to be mounted on one of said abutments and comprises a through axial cavity; iii) a plurality of blocks, each block comprising a through hole configured to receive a respective pin; iv) a plurality of telescopic arms, wherein said telescopic arms and said blocks comprise coupling means (132, 133, 143, 144) having a complementary shape and configured to define a spherical coupling, wherein said pins comprise an external thread, characterized in that said through holes of the blocks have an internal thread corresponding to said external thread, wherein the free end of each abutment has a frustoconical shape and each pin comprises a matching end portion having a frustoconical shape. i) a plurality of dental implants, each dental implant comprising a threaded portion and an abutment comprising a threaded hole; ii) a plurality of pins every one of which is configured to be mounted on one of said abutments and comprises a through axial cavity; iii) a plurality of blocks, each block comprising a through hole configured to receive a respective pin; iv) a plurality of telescopic arms,
A separator for an electrochemical device which comprises an electrolyte-holding layer comprising: a non-woven web layer; and an electrode reactive layer disposed on one surface of the non-woven web layer, wherein the electrode reactive layer comprises a carbide of organic polymer material, has a porous structure and is disposed at the outermost side of at least one surface of both surfaces of the separator, characterized in that the electrode reactive layer is formed integrally with the non-woven web layer by the carbonization of the surface portion of the non-woven web substrate through pyrolysis. wherein the electrode reactive layer comprises a carbide of organic polymer material, has a porous structure and is disposed at the outermost side of at least one surface of both surfaces of the separator, characterized in that the electrode reactive layer is formed integrally with the non-woven web layer by the carbonization of the surface portion of the non-woven web substrate through pyrolysis.
A linear electrical actuator for steering systems comprising: - a casing, - an electric motor, housed in the casing, which is provided with a stator and a hollow rotor internally concentric to the stator, - a holder nut internally fixed to the rotor, and - a stem constituted by a single body and having a thread coupled to the holder nut, characterised in that the single body of the stem comprises a first portion provided with a surface treatment, which projects outside the casing, and a second portion without said surface treatment, which is contained inside the casing and in which said thread is obtained. - a casing, - an electric motor, housed in the casing, which is provided with a stator and a hollow rotor internally concentric to the stator, - a holder nut internally fixed to the rotor, and - a stem constituted by a single body and having a thread coupled to the holder nut, characterised in that the single body of the stem comprises a first portion provided with a surface treatment, which projects outside the casing, and a second portion without said surface treatment, which is contained inside the casing and in which said thread is obtained.
A shear pig assembly for severing a linear conductor within a surrounding tubular, the shear pig assembly comprising: a main body that radially surrounds the linear conductor; a nose that radially surrounds the linear conductor and a portion of the main body; a shearing chamber defined between the main body and the nose; the nose and the main body being axially moveable with respect to each other between a first position wherein the shearing chamber is axially expanded and a second position wherein the shearing chamber is axially collapsed; characterised in that: the shear pig assembly further comprises a shear plug residing within the shearing chamber, the shear plug severing the linear conductor as the nose and main body are moved to the second position and the shear plug is moved radially outward within the shear chamber wherein a passage is disposed through the shear plug; and the linear conductor passes through the passage. a main body that radially surrounds the linear conductor; a nose that radially surrounds the linear conductor and a portion of the main body; a shearing chamber defined between the main body and the nose; the nose and the main body being axially moveable with respect to each other between a first position wherein the shearing chamber is axially expanded and a second position wherein the shearing chamber is axially collapsed; characterised in that: the shear pig assembly further comprises a shear plug residing within the shearing chamber, the shear plug severing the linear conductor as the nose and main body are moved to the second position and the shear plug is moved radially outward within the shear chamber wherein a passage is disposed through the shear plug; and the linear conductor passes through the passage.
Washing appliance comprising: - a tub configured to house items to be washed; - an inlet valve operable to be selectively switched between an open condition for causing washing fluid to be loaded into the tub and a closed condition for preventing washing fluid be fed to the appliance; - a sump in fluid communication with the tub for collecting washing fluid from the tub; - a circulation pump in fluid communication with the sump and configured to circulate the washing fluid in the tub during a washing cycle when the circulation pump is controlled to rotate in a first direction; - a control unit; characterised in that the control unit is configured to control the load of washing fluid into the tub by carrying out the following sequence of operations: - control the circulation pump to rotate in a second direction opposite to the first direction at a first speed; - cause the inlet valve to switch to the open condition; - determine the presence of washing fluid inside the sump based on a comparison between an electric parameter of the circulation pump during a first time period before the inlet valve switched to the open condition and said electric parameter of the circulation pump during a second time period after the inlet valve switched to the open condition. - a tub configured to house items to be washed; - an inlet valve operable to be selectively switched between an open condition for causing washing fluid to be loaded into the tub and a closed condition for preventing washing fluid be fed to the appliance; - a sump in fluid communication with the tub for collecting washing fluid from the tub; - a circulation pump in fluid communication with the sump and configured to circulate the washing fluid in the tub during a washing cycle when the circulation pump is controlled to rotate in a first direction; - a control unit; - control the circulation pump to rotate in a second direction opposite to the first direction at a first speed; - cause the inlet valve to switch to the open condition; - determine the presence of washing fluid inside the sump based on a comparison between an electric parameter of the circulation pump during a first time period before the inlet valve switched to the open condition and said electric parameter of the circulation pump during a second time period after the inlet valve switched to the open condition.
A polyester composition comprising polyester polymers and: a) aluminum atoms; and b) alkaline earth atoms or alkali metal atoms or alkali compound residues; and c) particles comprising atoms of titanium, characterized in that the particles comprise titanium nitride. a) aluminum atoms; and b) alkaline earth atoms or alkali metal atoms or alkali compound residues; and c) particles comprising atoms of titanium,
A device for generating x-rays, comprising: an enclosing vessel having a structure suitable to provide an enclosed space at a predetermined fluid pressure, wherein said enclosing vessel can be evacuated so that said enclosed space has a fluid pressure, which can be a gas pressure, that is less than atmospheric pressure, wherein said enclosing vessel comprises a window portion and a shielding portion in which the shielding portion is more optically dense to x-rays than said window portion, and wherein said window portion permits x-rays to pass through for desired applications; a mechanoluminescent component disposed at least partially within said enclosing vessel, wherein said mechanoluminscent component comprises a roll of tape that is peeled in operation; and a mechanical assembly connected to said mechano luminescent component and adapted to cause, in operation, the tape to be unrolled from a first spool and rolled onto a second spool, wherein said mechanical assembly provides mechanical energy to said mechano luminescent component while in operation, and wherein at least some of said mechanical energy when provided to said mechano luminescent component by said mechanical assembly is converted to x-rays. an enclosing vessel having a structure suitable to provide an enclosed space at a predetermined fluid pressure, wherein said enclosing vessel can be evacuated so that said enclosed space has a fluid pressure, which can be a gas pressure, that is less than atmospheric pressure, wherein said enclosing vessel comprises a window portion and a shielding portion in which the shielding portion is more optically dense to x-rays than said window portion, and wherein said window portion permits x-rays to pass through for desired applications; a mechanoluminescent component disposed at least partially within said enclosing vessel, wherein said mechanoluminscent component comprises a roll of tape that is peeled in operation; and a mechanical assembly connected to said mechano luminescent component and adapted to cause, in operation, the tape to be unrolled from a first spool and rolled onto a second spool,
A nozzle bar for treating fibres with water jets, including an elongately extending upper part, in which an elongately formed pressure chamber is placed, wherein the pressure chamber includes an end side with an opening for supplying water and an opposite closed end side, and wherein a pressure distribution chamber, which extends parallel to the pressure chamber, is placed in the upper part, and wherein several throughflow bores are placed in the intermediate walling between the pressure chamber and the pressure distribution chamber and are distributed along the length of the upper part, through which bores water is guidable from the pressure chamber into the pressure distribution chamber, and including an elongately extending lower part, which is disposed in a liquid-tight manner at the upper part, and wherein a nozzle strip with bores for the water discharge is accommodated in or at the lower part, and wherein a slot, which extends between the pressure distribution chamber and the nozzle strip for charging the nozzle strip with water, is placed in the upper part, characterized in that, with regard to the direction of the longitudinal extension of the upper part, the throughflow bores between the pressure chamber and the pressure distribution chamber have a distance of 25 mm to 35 mm and/or of 28 mm to 32 mm and/or of 30 mm to each other.
A sugar production method characterized by comprising: a pretreatment step of fermenting a sugar juice derived from a plant by using a microorganism not having sucrase; and a step of producing sugar from the fermented sugar juice. a pretreatment step of fermenting a sugar juice derived from a plant by using a microorganism not having sucrase; and a step of producing sugar from the fermented sugar juice.
A projection apparatus comprising: a video display control section for projecting a video on a projection plane according to input video data; and a projection distance obtainment section adapted to irradiate a predetermined area of the projection plane with laser light where the video is projected by the video display control section, and to obtain a projection distance to the projection plane according to the time consumed for the laser light to be reflected on the projection plane and to return, characterized in that the video display control section is further adapted to attenuate, for a time period of obtaining the projection distance by the projection distance obtainment section, the intensity of a color component of the projected input video data in the predetermined area, the color component corresponding to a peak wavelength of the laser light. a video display control section for projecting a video on a projection plane according to input video data; and a projection distance obtainment section adapted to irradiate a predetermined area of the projection plane with laser light where the video is projected by the video display control section, and to obtain a projection distance to the projection plane according to the time consumed for the laser light to be reflected on the projection plane and to return,
A locking system comprising a. a casing; b. an operator lock mounted within said casing; c. a main lock bolt of the locking system which is displaceable between a fully displaced locking position and a fully retracted unlocked position; d. a main lock bolt maneuvering mechanism operable from outside of said casing and configured to displace said main lock bolt between fully displaced locking position and a fully retracted unlocked position, said lock bolt maneuvering mechanism being configured to be lockable by said operator lock; e. at least one safety locking device; and said safety locking device is arranged at the operator lock, said safety locking device comprises a spring biased safety bolt system, a safety lock releaser, and a connector, for example in the form of a wire, connecting said safety bolt system to the safety lock releaser, characterized in that the safety lock releaser is configured of a fragile material, and is arranged to break when the operator lock is tampered with and the safety bolt system is thereby released, and is arranged to lock said lock bolt maneuvering mechanism. a. a casing; b. an operator lock mounted within said casing; c. a main lock bolt of the locking system which is displaceable between a fully displaced locking position and a fully retracted unlocked position; d. a main lock bolt maneuvering mechanism operable from outside of said casing and configured to displace said main lock bolt between fully displaced locking position and a fully retracted unlocked position, said lock bolt maneuvering mechanism being configured to be lockable by said operator lock; e. at least one safety locking device;
A plastic infiltration unit pillar comprising a plurality of compartments (8,10) extending in a longitudinal direction, wherein the pillar has an internal structure comprising a central compartment surrounded, at least in part, by at least one surrounding compartment, wherein at least one of the compartments is laterally enclosed, and wherein the at least one surrounding compartment has a draft angle extending in one direction and the central compartment has a draft angle extending in the opposite direction.
A fan assembly (10, 200) for generating an air flow within a room, the fan assembly (10, 200) comprising an annular casing defining an interior passage (94, 202) with at least one air inlet (154, 204), the interior passage (94, 202) housing, downstream from said at least one air inlet (12, 204), an impeller and a motor for driving the impeller to draw an air flow through said at least one air inlet (154, 204) and into the fan assembly (10, 200), the interior passage (94, 202) also having at least one air outlet (90, 206) from which at least a portion of the air flow is emitted from the fan assembly (10, 200), characterised in that the casing defining a bore (78, 222) about which the interior passage (94, 202) extends and through which a secondary air flow from outside the fan assembly (10, 200) is drawn by the air emitted from said at least one air outlet (90, 206).
A method of automatically sorting waste, the method comprising: receiving a piece of waste; using a plurality of sensors to determine a plurality of properties associated with the piece of waste (702, 703, 704), wherein the sensors comprise at least two different sensor types; by a processor, based on at least one of the properties from at least a first one of the sensors, determining if the piece of waste is formed of a recyclable material; if the piece of waste is not formed of a recyclable material, depositing the piece of waste in a non-recyclable waste bin; if the piece of waste is formed of a recyclable material, by the processor based on at least a second one of the properties from at least a second one of the sensors, determining if the piece of waste meets or exceeds a recyclability threshold; and if the piece of waste meets or exceeds the recyclability threshold, depositing the piece of waste into a recyclable waste bin, otherwise depositing the piece of waste in a non-recyclable waste bin. receiving a piece of waste; using a plurality of sensors to determine a plurality of properties associated with the piece of waste (702, 703, 704), wherein the sensors comprise at least two different sensor types; by a processor, based on at least one of the properties from at least a first one of the sensors, determining if the piece of waste is formed of a recyclable material; if the piece of waste is not formed of a recyclable material, depositing the piece of waste in a non-recyclable waste bin; if the piece of waste is formed of a recyclable material, by the processor based on at least a second one of the properties from at least a second one of the sensors, determining if the piece of waste meets or exceeds a recyclability threshold; and if the piece of waste meets or exceeds the recyclability threshold, depositing the piece of waste into a recyclable waste bin, otherwise depositing the piece of waste in a non-recyclable waste bin.
A filling system for a vacuum insulated structure comprising: a powder processor including: a hopper having an inner hopper wall and an outer hopper wall wherein the inner hopper wall includes an air permeable surface; a heater positioned in a space defined between the inner and outer hopper walls; a feed screw positioned along an inside edge of the inner hopper wall; an evacuator coupled to a vacuum port positioned in the outer hopper wall; and an aperture exit positioned at a bottom of the hopper; a vacuum insulated structure including: a liner positioned inside a wrapper; a trim breaker coupling an outer liner edge and an outer wrapper edge to form a shell having an internal cavity; at least one gas permeable feature positioned in the internal cavity configured to help apply a vacuum, wherein the at least one gas permeable feature includes at least one vacuum tube and/or wherein the at least one gas permeable feature includes one or more pressure equalization holes; and a loading port positioned on a surface of the shell; wherein the powder processor loads the shell with a heated and at least partially degassed vacuum insulation material through the loading port while a vacuum is applied to the shell through the at least one gas permeable feature. a powder processor including: a hopper having an inner hopper wall and an outer hopper wall wherein the inner hopper wall includes an air permeable surface; a heater positioned in a space defined between the inner and outer hopper walls; a feed screw positioned along an inside edge of the inner hopper wall; an evacuator coupled to a vacuum port positioned in the outer hopper wall; and an aperture exit positioned at a bottom of the hopper; a hopper having an inner hopper wall and an outer hopper wall wherein the inner hopper wall includes an air permeable surface; a heater positioned in a space defined between the inner and outer hopper walls; a feed screw positioned along an inside edge of the inner hopper wall; an evacuator coupled to a vacuum port positioned in the outer hopper wall; and an aperture exit positioned at a bottom of the hopper; a vacuum insulated structure including: a liner positioned inside a wrapper; a trim breaker coupling an outer liner edge and an outer wrapper edge to form a shell having an internal cavity; at least one gas permeable feature positioned in the internal cavity configured to help apply a vacuum, wherein the at least one gas permeable feature includes at least one vacuum tube and/or wherein the at least one gas permeable feature includes one or more pressure equalization holes; and a loading port positioned on a surface of the shell; a liner positioned inside a wrapper; a trim breaker coupling an outer liner edge and an outer wrapper edge to form a shell having an internal cavity; at least one gas permeable feature positioned in the internal cavity configured to help apply a vacuum, wherein the at least one gas permeable feature includes at least one vacuum tube and/or wherein the at least one gas permeable feature includes one or more pressure equalization holes; and a loading port positioned on a surface of the shell;
Cutting apparatus having a cutting knife, which cuts slices of food (2, 3) from the front end of a product, and has a device (15, 21, 24) for inserting an interleaving paper between a first and a second slice of food (2, 3) or a second and third, third and fourth slice of food and so on, the device (15, 21, 24) having a channel in which the interleaving paper is guided and, in a time interval between the cutting of the first and the second slice of food, passes out of the channel into a cutting region, the channel being provided in such a way that it shapes the flat cross section of the interleaving paper, characterized in that at least the channel is provided in one piece.
A method for generating a media presentation at a client, the method comprising: (a) executing, on a server, an application program to generate output for transmission to the client; (b) identifying, by the application, a media stream within the application output, the media stream comprising a video stream and/or an audio stream, and sending, by the application, an original compressed data set representing at least a portion of the media stream for processing by an external codec; (c) intercepting, by an output filter module executing on the server, the original compressed data set before processing by the external codec; and (d) transmitting the original compressed data set to the client, the client to which the original compressed data set is transmitted being adapted to decompress the original compressed data set to generate a decompressed data set and generate the media presentation using the decompressed data set. (a) executing, on a server, an application program to generate output for transmission to the client; (b) identifying, by the application, a media stream within the application output, the media stream comprising a video stream and/or an audio stream, and sending, by the application, an original compressed data set representing at least a portion of the media stream for processing by an external codec; (c) intercepting, by an output filter module executing on the server, the original compressed data set before processing by the external codec; and (d) transmitting the original compressed data set to the client, the client to which the original compressed data set is transmitted being adapted to decompress the original compressed data set to generate a decompressed data set and generate the media presentation using the decompressed data set.