mhurhangee/ep-ind-claims huggingface dataset:
A circular rolling mill comprising - a fixed main frame; - a pair of cylindrical rollers (62, 66), respectively internal and external, intended to shape internal and external radial faces (P2, P4) of an annular part and supported by a first auxiliary frame mounted on the main frame; - a pair of conical rollers (82, 84), respectively upper and lower, intended to shape opposite front faces (P6, P8) of the part and supported by a second auxiliary frame mounted on the main frame; - at least one rack and pinion assembly (272-273, 274-275, 292-293-295) to move a roller (68, 82) in translation relative to the auxiliary frame that supports it; and - at least one electric geared motor (172-178, 192, 194) to drive the pinion (273, 275, 293, 295) of the pinion and rack assembly characterized in that: - the electric geared motor (172-178, 192, 194) is fixedly mounted relative to one of the auxiliary frames (46, 48); - a fluid discharge mechanism (M72, M74, M76, M78, M92) is interposed in a kinematic chain for transmitting force between the rack (272, 274, 292) and the roller (66, 82) moved by this rack; - the fluid discharge mechanism comprises at least one variable volume chamber (C72, C74, C92) supplied with pressurized fluid and the volume of which varies as a function of the relative position of the roller (66, 82) and of the rack (272, 274, 292). - a fixed main frame; - a pair of cylindrical rollers (62, 66), respectively internal and external, intended to shape internal and external radial faces (P2, P4) of an annular part and supported by a first auxiliary frame mounted on the main frame; - a pair of conical rollers (82, 84), respectively upper and lower, intended to shape opposite front faces (P6, P8) of the part and supported by a second auxiliary frame mounted on the main frame; - at least one rack and pinion assembly (272-273, 274-275, 292-293-295) to move a roller (68, 82) in translation relative to the auxiliary frame that supports it; and - at least one electric geared motor (172-178, 192, 194) to drive the pinion (273, 275, 293, 295) of the pinion and rack assembly - the electric geared motor (172-178, 192, 194) is fixedly mounted relative to one of the auxiliary frames (46, 48); - a fluid discharge mechanism (M72, M74, M76, M78, M92) is interposed in a kinematic chain for transmitting force between the rack (272, 274, 292) and the roller (66, 82) moved by this rack; - the fluid discharge mechanism comprises at least one variable volume chamber (C72, C74, C92) supplied with pressurized fluid and the volume of which varies as a function of the relative position of the roller (66, 82) and of the rack (272, 274, 292).
A packer for supporting a glazing unit within a groove of a frame of a fenestration unit, the groove defining opposing side walls (32a, 32b) and a base wall, the packer comprising; a body configured to sit within the groove; and a plurality of centralising formations (18a-d) wherein the centralising formations (18a-d) are configured to create a first void between the first sidewall of the groove and a first side of the glazing unit for receiving a first gasket, and a second void between the second sidewall of the groove and a second side of the glazing unit for receiving a second gasket, wherein the centralising formations (18a-d) are formed from a sheet having a thickness less than a lateral spacing between the body and a lateral tip of the centralising formations (18a-d) in a relaxed state thereof, and the centralising formations (18a-d) are configured to flex so as to centralise the glazing unit within the groove, characterised in that: the centralising formations (18a-d) are arranged in pairs and each member of the pair extends from opposing transverse edges of the body, and wherein the centralising formations (18a-d) are cantilevered centralising legs, and wherein the centralising formations (18a-d) comprise a first pair of legs configured to engage with the frame and centralise the body within the groove and a second pair of legs configured to engage with the glazing unit and centralise the glazing unit with respect to the body. a body configured to sit within the groove; and a plurality of centralising formations (18a-d) wherein the centralising formations (18a-d) are configured to create a first void between the first sidewall of the groove and a first side of the glazing unit for receiving a first gasket, and a second void between the second sidewall of the groove and a second side of the glazing unit for receiving a second gasket, wherein the centralising formations (18a-d) are formed from a sheet having a thickness less than a lateral spacing between the body and a lateral tip of the centralising formations (18a-d) in a relaxed state thereof, and the centralising formations (18a-d) are configured to flex so as to centralise the glazing unit within the groove, characterised in that: the centralising formations (18a-d) are arranged in pairs and each member of the pair extends from opposing transverse edges of the body, and wherein the centralising formations (18a-d) are cantilevered centralising legs, and wherein the centralising formations (18a-d) comprise a first pair of legs configured to engage with the frame and centralise the body within the groove and a second pair of legs configured to engage with the glazing unit and centralise the glazing unit with respect to the body.
A multi-patch ultrasonic array defining a first axis and a second axis perpendicular to the first axis, the array comprising: a plurality of patches of transducer elements, the plurality of patches arranged substantially along the first axis of the array; and a frame connecting the plurality of patches such that adjacent patches are slidable relative to one another in the direction of the second axis. a plurality of patches of transducer elements, the plurality of patches arranged substantially along the first axis of the array; and a frame connecting the plurality of patches such that adjacent patches are slidable relative to one another in the direction of the second axis.
An electrical installation device comprising at least one operating sensor system and a first device unit which has a dimmer for a load without a ballast and by which a load signal can be produced which is dependent on input signals of the operating sensor system and by which a load state of the load can be regulated, wherein the installation device can be integrated into a two-core line system (7, 8, 9) by which the installation device and the load are electrically connected, wherein one core (7, 8) of the line system is connected to an external energy supply and one core connects the installation device and the load to one another, characterized in that the installation device has a common device housing in which the first device unit and a second device unit which has a dimmer for a load with a ballast are arranged, with a constant load signal and a telegram being able to be produced by said second device unit, wherein the telegram is dependent on the input signals of the operating sensor system and is able to be modulated onto the load signal.
An aerosol-generating system comprising: a cartridge comprising: a cartridge housing; a solid aerosol-forming substrate and a liquid storage housing each positioned within the cartridge housing; a liquid aerosol-forming substrate positioned within the liquid storage housing; and a frangible seal provided on the liquid storage housing; an aerosol-generating device comprising: a device housing defining a cavity for receiving the cartridge; an electric heater; and a power supply and a controller for controlling a supply of electrical power from the power supply to the electric heater; and a piercing element configured to pierce the frangible seal when the cavity receives the cartridge, wherein the electric heater is positioned externally from the piercing element. a cartridge comprising: a cartridge housing; a solid aerosol-forming substrate and a liquid storage housing each positioned within the cartridge housing; a liquid aerosol-forming substrate positioned within the liquid storage housing; and a frangible seal provided on the liquid storage housing; a cartridge housing; a solid aerosol-forming substrate and a liquid storage housing each positioned within the cartridge housing; a liquid aerosol-forming substrate positioned within the liquid storage housing; and a frangible seal provided on the liquid storage housing; an aerosol-generating device comprising: a device housing defining a cavity for receiving the cartridge; an electric heater; and a power supply and a controller for controlling a supply of electrical power from the power supply to the electric heater; and a device housing defining a cavity for receiving the cartridge; an electric heater; and a power supply and a controller for controlling a supply of electrical power from the power supply to the electric heater; and a piercing element configured to pierce the frangible seal when the cavity receives the cartridge, wherein the electric heater is positioned externally from the piercing element.
An in vitro method of diagnosing a traumatic brain injury in a subject, the method comprising the steps of: providing a sample of a bodily fluid obtained from said subject; determining the level of at least one lectin-binding glycan biomarker in said sample by using a lectin array comprising at least one lectin selected from the group consisting of GNA, PSA, DSA, PHA-L, SNA-I, HHA, NPA and ASA; and providing a diagnosis based on said determined level of said at least one lectin-binding glycan biomarker, wherein increased level of binding to said at least one lectin in the lectin array as compared to that of a normal control is indicative of TBI in the subject. providing a sample of a bodily fluid obtained from said subject; determining the level of at least one lectin-binding glycan biomarker in said sample by using a lectin array comprising at least one lectin selected from the group consisting of GNA, PSA, DSA, PHA-L, SNA-I, HHA, NPA and ASA; and providing a diagnosis based on said determined level of said at least one lectin-binding glycan biomarker, wherein increased level of binding to said at least one lectin in the lectin array as compared to that of a normal control is indicative of TBI in the subject.
An abutment (51, 52, 53, 54, 55, 56, 70) as an intermediate piece between an implant and a superstructure, in particular a crown, comprising two connectible and or connected abutment parts, wherein: • one of the abutment parts is formed as a support carrier (1, 11, 21) for producing a connection to the implant, and • one of the abutment parts is formed as a support for constructing and/or fastening the superstructure, • wherein the support carrier (1, 11, 21) has a connecting element (6, 16, 26) for connection to the implant, wherein • the support carrier (1, 11, 21) forms a construction platform (2, 12, 22), on which a connecting body (3, 13, 23) is mounted, which has an external thread (8, 18, 28) and is aligned perpendicular to the construction platform, • wherein the support is formed as a sleeve with an internal screw thread for connection to the external screw thread (8, 18, 28) of the support carrier (1, 11, 21), wherein the connecting element (6, 16, 26) is opposite the central axis of the connecting body (3, 13, 23), in particular angled with respect to the restoration axis, wherein the abutment is formed in exactly two parts, wherein one part is a support and the other part is a support carrier. • one of the abutment parts is formed as a support carrier (1, 11, 21) for producing a connection to the implant, and • one of the abutment parts is formed as a support for constructing and/or fastening the superstructure, • wherein the support carrier (1, 11, 21) has a connecting element (6, 16, 26) for connection to the implant, wherein • the support carrier (1, 11, 21) forms a construction platform (2, 12, 22), on which a connecting body (3, 13, 23) is mounted, which has an external thread (8, 18, 28) and is aligned perpendicular to the construction platform, • wherein the support is formed as a sleeve with an internal screw thread for connection to the external screw thread (8, 18, 28) of the support carrier (1, 11, 21), wherein the connecting element (6, 16, 26) is opposite the central axis of the connecting body (3, 13, 23), in particular angled with respect to the restoration axis, wherein the abutment is formed in exactly two parts, wherein one part is a support and the other part is a support carrier.
A purification method of 18F-fluoromethylcholine ( -FCH) in a solution injectable to a patient, prepared using non-gaseous synthesis paths, involving an alkylating agent with a tosylate as leaving group, and sequentially comprising: - purification of a crude solution of synthesized 18F-fluoromethylcholine on a cation exchange cartridge on which the 18F-fluoromethylcholine is trapped; - elution of the trapped 18F-fluoromethylcholine from said cation exchange cartridge to afford a synthesis bulk product; - purification of said eluted 18F-fluoromethylcholine bulk product by solid phase extraction using a non-ionic solid support, for retaining impurities and reagents from the eluted solution but not the 18F-fluoromethylcholine, wherein said impurities and reagents are essentially aromatic quaternization products and non-polar products, wherein the non-ionic solid support is selected from the group consisting of solid phase extraction resins and liquid chromatography resins having a structure providing intermediate polar/non-polar and/or hydrophilic/lipophilic properties, said structure resulting from the copolymerization of divinylbenzene and/or styrene with a comonomer vinyl compound; wherein the alkylating agent is methylene bis(toluene-4-sulfonate) and the aromatic quaternization impurity results from the reaction between dimethylaminoethanol (DMEA) and methylene bis(toluene-4-sulfonate). - purification of a crude solution of synthesized 18F-fluoromethylcholine on a cation exchange cartridge on which the 18F-fluoromethylcholine is trapped; - elution of the trapped 18F-fluoromethylcholine from said cation exchange cartridge to afford a synthesis bulk product; - purification of said eluted 18F-fluoromethylcholine bulk product by solid phase extraction using a non-ionic solid support, for retaining impurities and reagents from the eluted solution but not the 18F-fluoromethylcholine, wherein said impurities and reagents are essentially aromatic quaternization products and non-polar products,
A method for rapid data distribution, comprising: sending, by a central processing unit, data description information to a rapid forwarding module, wherein the data description information comprises an address and length information of data requested by a user; and characterized in that the method further comprises: reading, by the rapid forwarding module according to the data description information, the data requested by the user from a storage and forwarding the data requested by the user to a network interface controller; and sending, by the network interface controller, the data requested by the user to the user; wherein the central processing unit, the storage and the network interface controller are interconnected through a PCI-Switch, and the rapid forwarding module is a functional module which is embedded in the PCI-Switch and provides direct sending and receiving functions. sending, by a central processing unit, data description information to a rapid forwarding module, wherein the data description information comprises an address and length information of data requested by a user; and reading, by the rapid forwarding module according to the data description information, the data requested by the user from a storage and forwarding the data requested by the user to a network interface controller; and sending, by the network interface controller, the data requested by the user to the user;
A label sticker assembly (3, 4, 5, 10, 11), comprising: a release layer strip; a plurality of attachment pieces made of an artificial dressing material for adhering to human skin, wherein a lower surface of each said attachment piece is coated with or adhered to a first glue layer, and the lower surface of each said attachment piece is attached to an upper surface of the release layer strip through the first glue layer, the attachment pieces being spaced apart; and a plurality of label pieces made of a waterproof material and corresponding in number to the attachment pieces, wherein a lower surface of each said label piece is coated with or adhered to a second glue layer, and the lower surface of each said label piece is attached to an upper surface of the attachment pieces through the second glue layer; characterized by further comprising: a plurality of transit pieces (107b, 117b) corresponding in number to the label pieces, wherein each said transit piece (107b, 117b) has a lower surface coated with or adhered to a third glue layer characterised in that each said transit piece has a hollowed-out region of an area greater than a corresponding one of the label pieces, wherein the lower surfaces of the transit pieces (107b, 117b) are attached to the upper surfaces of the attachment pieces (103b, 113b), respectively, through the third glue layer, such that corresponding ones of the label pieces and corresponding ones of the attachment pieces (103b, 113b) are exposed within the hollowed-out regions of the transit pieces (107b, 117b), respectively. a release layer strip; a plurality of attachment pieces made of an artificial dressing material for adhering to human skin, wherein a lower surface of each said attachment piece is coated with or adhered to a first glue layer, and the lower surface of each said attachment piece is attached to an upper surface of the release layer strip through the first glue layer, the attachment pieces being spaced apart; and a plurality of label pieces made of a waterproof material and corresponding in number to the attachment pieces, wherein a lower surface of each said label piece is coated with or adhered to a second glue layer, and the lower surface of each said label piece is attached to an upper surface of the attachment pieces through the second glue layer; characterized by further comprising: a plurality of transit pieces (107b, 117b) corresponding in number to the label pieces, wherein each said transit piece (107b, 117b) has a lower surface coated with or adhered to a third glue layer characterised in that each said transit piece has a hollowed-out region of an area greater than a corresponding one of the label pieces, wherein the lower surfaces of the transit pieces (107b, 117b) are attached to the upper surfaces of the attachment pieces (103b, 113b), respectively, through the third glue layer, such that corresponding ones of the label pieces and corresponding ones of the attachment pieces (103b, 113b) are exposed within the hollowed-out regions of the transit pieces (107b, 117b), respectively.
A stair stepping apparatus comprising: a plurality of stairs mounted on a frame and hingedly interconnected to each other in succession to form a treadmill or endless belt, the treadmill or endless belt being rotatably mounted on the frame for rotation around a path of travel, wherein each stair comprises: a step comprising a foot support having a generally planar upper step surface having a front to rear length extending from a front edge to a rear edge, the upper step surface being comprised of a forward step surface and a rearward step surface between the front edge and the rear edge; wherein the forward step surface and the rearward step surface are hingedly joined to each other between the front edge of the step surface and rear edge of the upper step surface. a plurality of stairs mounted on a frame and hingedly interconnected to each other in succession to form a treadmill or endless belt, the treadmill or endless belt being rotatably mounted on the frame for rotation around a path of travel, wherein each stair comprises: a step comprising a foot support having a generally planar upper step surface having a front to rear length extending from a front edge to a rear edge, the upper step surface being comprised of a forward step surface and a rearward step surface between the front edge and the rear edge; wherein the forward step surface and the rearward step surface are hingedly joined to each other between the front edge of the step surface and rear edge of the upper step surface. a step comprising a foot support having a generally planar upper step surface having a front to rear length extending from a front edge to a rear edge, the upper step surface being comprised of a forward step surface and a rearward step surface between the front edge and the rear edge; wherein the forward step surface and the rearward step surface are hingedly joined to each other between the front edge of the step surface and rear edge of the upper step surface.
A bottle for containing a liquid in an internal volume thereof, comprising: - a main body adapted to delimit at least part of the internal volume of said bottle and having a resting base configured to enable the bottle to remain in a stable upright position; - a neck extending from said main body along a longitudinal direction up to a final open end thereof adapted to receive a closure; wherein said neck has a pair of inspection windows opposite each other relative to said longitudinal direction, characterized in that each inspection window comprises an optical shield adapted to allow the passage of a light beam for the carrying out of spectroscopic analysis techniques. - a main body adapted to delimit at least part of the internal volume of said bottle and having a resting base configured to enable the bottle to remain in a stable upright position; - a neck extending from said main body along a longitudinal direction up to a final open end thereof adapted to receive a closure;
An oral hygiene implement comprising a handle, a head, and a neck disposed between the handle and the head, the head comprising a plurality of contact elements, the oral hygiene implement further comprising: an indication element, the indication element having an outer lateral surface; an electromagnetic energy output source; a transmission element in electromagnetic energy communication with the output source; a transmission element ring having an outer periphery and in electromagnetic energy communication with the transmission element; wherein the transmission element ring redirects electromagnetic energy from the output source to the indication element, and wherein a reflective core is disposed within the transmission element, wherein the reflective core redirects electromagnetic energy from the output source to the indication element, characterized in that the transmission element ring comprises at least three surface contours and the distance between the surface contours varies, wherein the distance between the surface contours increases the farther away a surface contour is from the transmission element, and the surface contours are positioned on an inner surface of the transmission element ring. an indication element, the indication element having an outer lateral surface; an electromagnetic energy output source; a transmission element in electromagnetic energy communication with the output source; a transmission element ring having an outer periphery and in electromagnetic energy communication with the transmission element; wherein the transmission element ring redirects electromagnetic energy from the output source to the indication element, and wherein a reflective core is disposed within the transmission element, wherein the reflective core redirects electromagnetic energy from the output source to the indication element, characterized in that the transmission element ring comprises at least three surface contours and the distance between the surface contours varies, wherein the distance between the surface contours increases the farther away a surface contour is from the transmission element, and the surface contours are positioned on an inner surface of the transmission element ring.