mhurhangee/ep-ind-claims huggingface dataset:
A spinal implant (12; 212; 312; 512) comprising: an implant body (14; 514) extending between a leading end and an insertion end and including a first endplate (30; 532) and a second endplate (32; 544); and a first electrode (34; 530) disposed with the first endplate (30; 532) and a second electrode (60; 542) disposed with the second endplate (32; 544) such that the electrodes (34, 60; 530, 542) conduct an electric current between themselves to generate an electric field adjacent to the implant body (14; 514) to stimulate bone growth adjacent the implant body (14; 514), wherein the first electrode (34; 530) extends between a first end configured for engagement with the leading end and a second end configured for engagement with the insertion end, and the second electrode (60; 542) extends between another first end configured for engagement with the leading end and another second end configured for engagement with the insertion end, and wherein the first electrode (34; 530) defines a vertebral engaging surface of the first endplate (30; 532) and the second electrode (60; 542) defines a vertebral engaging surface of the second endplate (32; 544). an implant body (14; 514) extending between a leading end and an insertion end and including a first endplate (30; 532) and a second endplate (32; 544); and a first electrode (34; 530) disposed with the first endplate (30; 532) and a second electrode (60; 542) disposed with the second endplate (32; 544) such that the electrodes (34, 60; 530, 542) conduct an electric current between themselves to generate an electric field adjacent to the implant body (14; 514) to stimulate bone growth adjacent the implant body (14; 514), wherein the first electrode (34; 530) extends between a first end configured for engagement with the leading end and a second end configured for engagement with the insertion end, and the second electrode (60; 542) extends between another first end configured for engagement with the leading end and another second end configured for engagement with the insertion end, and wherein the first electrode (34; 530) defines a vertebral engaging surface of the first endplate (30; 532) and the second electrode (60; 542) defines a vertebral engaging surface of the second endplate (32; 544).
Use of a conjugate of a non-analyte-specific binding protein coupled to a nucleic acid as a blocking reagent in a probe-based detection assay which uses a probe comprising a proteinaceous analyte-binding partner coupled to a nucleic acid domain to detect an analyte in a sample, wherein said non-analyte-specific binding protein has low or no specific binding affinity for said analyte.
A method of injection molding, comprising: injecting a molten thermoplastic material into a mold cavity defined by a mold of an injection molding system; actuating, at a first point in time during the injecting, a first movable element of the mold from a first position to a second position; and wherein the method further comprises; actuating, at a second point in time during the injecting, a second movable element of the mold from a first position to a second position, the second movable element being distinct from the first movable element, and the second point in time being later than the first point in time characterized in that the injecting comprises maintaining a melt pressure of the shot of the molten thermoplastic material at a substantially constant pressure during filling of substantially the entire mold cavity, and wherein the injecting comprises maintaining a melt pressure of the shot of the molten thermoplastic material at a pressure of 41.37 MPa (6,000 psi) or less during filling of substantially the entire mold cavity. injecting a molten thermoplastic material into a mold cavity defined by a mold of an injection molding system; actuating, at a first point in time during the injecting, a first movable element of the mold from a first position to a second position; and wherein the method further comprises; actuating, at a second point in time during the injecting, a second movable element of the mold from a first position to a second position, the second movable element being distinct from the first movable element, and the second point in time being later than the first point in time characterized in that the injecting comprises maintaining a melt pressure of the shot of the molten thermoplastic material at a substantially constant pressure during filling of substantially the entire mold cavity, and wherein the injecting comprises maintaining a melt pressure of the shot of the molten thermoplastic material at a pressure of 41.37 MPa (6,000 psi) or less during filling of substantially the entire mold cavity.
A method for making printing paper, which method comprises forming an uncoated paper, characterized in that a surface-size mixture containing starch and polyvinyl pyrrolidone and cross-linker is arranged on the surface of the uncoated paper for improving printability of the paper, and the surface-size mixture comprises 45 - 99% starch, 1 - 50% polyvinyl pyrrolidone and less than 5 % cross-linker which is epoxy-based or glycosal-based cross-linker, and the starch is cationic starch.
Apparatus for distributing flowable media to containers with a housing, with a transport device for transporting the containers which is arranged at least partially inside the housing, wherein this transport device has a rotatable carrier with a distributor device which is arranged inside this housing which accommodates at least one inlet for the flowable medium and a plurality of outlets to which the flowable medium can be distributed, and with a supply line which is suitable and intended for supplying the flowable medium to the inlet, wherein the distributor device is connected non-rotatably to the carrier, wherein supply device extends through a cover section of the apparatus and the supply line is stationary with respect to the cover wall and a sealing device is arranged between the supply line and the distributor device, characterised in that the sealing device is suitable and intended for guiding the flowable medium to be distributed from the supply line to the inlet.
Toy valve assembly (1; 25) - having a plastic base body with a base body conduit path, - having a plastic closure body (7, 8; 26) with a closure body conduit path, - with a closure part, which is an integral component of the plastic closure body (7, 8; 26) and can be switched between -- a sealing position, in which the closure part seals the base body conduit path by contact with the plastic base body, and -- a release position, in which the closure part is released from the plastic base body and there is hereby a flow between the base body conduit path and the closure conduit path. - having a plastic base body with a base body conduit path, - having a plastic closure body (7, 8; 26) with a closure body conduit path, - with a closure part, which is an integral component of the plastic closure body (7, 8; 26) and can be switched between -- a sealing position, in which the closure part seals the base body conduit path by contact with the plastic base body, and -- a release position, in which the closure part is released from the plastic base body and there is hereby a flow between the base body conduit path and the closure conduit path. -- a sealing position, in which the closure part seals the base body conduit path by contact with the plastic base body, and -- a release position, in which the closure part is released from the plastic base body and there is hereby a flow between the base body conduit path and the closure conduit path.
A bullet trap for a bullet trap device for a bullet trap system, comprising a bullet trap module for absorbing a bullet energy, which has an extensive wall, wherein the wall of the bullet trap module is manufactured from a module material penetrable by bullets and an extensive interior surrounded by the wall with a filling material as filling, wherein the wall and/or the filling is or are manufactured from a polyurethane and/or the filling is configured as granulate with a polygonal or polyhedral structure, characterized in that at least one further bullet trap module is arranged on the bullet trap module (110, 110a), wherein a connection to the adjacent sides of the module is provided in order to manufacture a bullet trap comprising a plurality of modules, wherein a bottom is provided at at least one lowest bullet trap module, so that a filling in the bullet trap is held, wherein further the bullet trap has a bottomless module, hence a module without a bottom, so that the filling is moveable from the bottomless module to the other module.
Display device for a vehicle comprising a first and a second distinct display surface, the first display surface being semi-transparent and designed to create a virtual image obtained by reflection of an image produced by a display source, the second display surface being visible through the first display surface, said display device comprising a first display mode in which at least one first information item is displayed on the first display surface and at least one second information item is displayed on the second display surface, characterized in that it further comprises a second display mode in which the at least one first information item and the at least one second information item are displayed on the second display surface and in which the display source is switched off.
An instrument for suppressing drug craving comprising: an elongated cylindrical housing; and an elongated cylindrical pouch provided within the housing and containing pseudo-blood; and a connecting member provided in an opening in the housing for coupling with a distal end of a syringe such that, in use, the syringe communicates with an interior of the pouch, characterized in that: a space is formed between the pouch and the housing such that, when a liquid is supplied from the syringe via the connecting member, the pouch inflates into said space and, when the pseudo-blood in the pouch is sucked into the syringe, the pouch contracts, the pouch is made of a material having no elasticity, wherein a communication hole is provided in the center of the connecting member and a cylindrical tube communicating with the communication hole 13a is provided at a distal end of the connecting member wherein the distal end of the tube is provided in the vicinity of the distal end of the pouch and therefore even if the liquid inside pouch is sucked using syringe, the gas never flows into the syringe via the tube. an elongated cylindrical housing; and an elongated cylindrical pouch provided within the housing and containing pseudo-blood; and a connecting member provided in an opening in the housing for coupling with a distal end of a syringe such that, in use, the syringe communicates with an interior of the pouch, characterized in that: a space is formed between the pouch and the housing such that, when a liquid is supplied from the syringe via the connecting member, the pouch inflates into said space and, when the pseudo-blood in the pouch is sucked into the syringe, the pouch contracts, the pouch is made of a material having no elasticity, wherein a communication hole is provided in the center of the connecting member and a cylindrical tube communicating with the communication hole 13a is provided at a distal end of the connecting member wherein the distal end of the tube is provided in the vicinity of the distal end of the pouch and therefore even if the liquid inside pouch is sucked using syringe, the gas never flows into the syringe via the tube. a space is formed between the pouch and the housing such that, when a liquid is supplied from the syringe via the connecting member, the pouch inflates into said space and, when the pseudo-blood in the pouch is sucked into the syringe, the pouch contracts, the pouch is made of a material having no elasticity, wherein a communication hole is provided in the center of the connecting member and a cylindrical tube communicating with the communication hole 13a is provided at a distal end of the connecting member wherein the distal end of the tube is provided in the vicinity of the distal end of the pouch and therefore even if the liquid inside pouch is sucked using syringe, the gas never flows into the syringe via the tube.
A printed circuit board package structure comprising: a substrate having a first surface and a second surface opposite to the first surface, a ring-shaped recess, and a plurality of grooves, wherein the ring-shaped recess and the grooves are located on the first surface, and the ring-shaped recess is communicated with a side surface of the substrate through the grooves to form at least two openings; a ring-shaped magnetic element located in the ring-shaped recess; a support layer located on the first surface of the substrate and covering the ring-shaped recess and the grooves, wherein the support layer and the substrate have a plurality of through holes, and the through holes are adjacent to the ring-shaped recess; and a plurality of first conductive layers respectively located on surfaces of the support layer and the substrate facing the through holes, wherein each of the first conductive layers has a first end and a second end opposite to the first end, and the first end extends to a surface of the support layer opposite to the substrate, the second end extends to the second surface of the substrate. a substrate having a first surface and a second surface opposite to the first surface, a ring-shaped recess, and a plurality of grooves, wherein the ring-shaped recess and the grooves are located on the first surface, and the ring-shaped recess is communicated with a side surface of the substrate through the grooves to form at least two openings; a ring-shaped magnetic element located in the ring-shaped recess; a support layer located on the first surface of the substrate and covering the ring-shaped recess and the grooves, wherein the support layer and the substrate have a plurality of through holes, and the through holes are adjacent to the ring-shaped recess; and a plurality of first conductive layers respectively located on surfaces of the support layer and the substrate facing the through holes, wherein each of the first conductive layers has a first end and a second end opposite to the first end, and the first end extends to a surface of the support layer opposite to the substrate, the second end extends to the second surface of the substrate.
A method for producing a carboxymethylated cellulose nanofiber, the method comprising: treating cellulose with a mercerizing agent to prepare mercerized cellulose; reacting the mercerized cellulose with a carboxymethylation agent to prepare carboxymethylated cellulose; and defibrating the carboxymethylated cellulose to produce a carboxymethylated cellulose nanofiber; wherein preparing mercerized cellulose is performed in a solvent containing mainly water, and preparing carboxymethylated cellulose is performed in a mixed solvent of water and an organic solvent. treating cellulose with a mercerizing agent to prepare mercerized cellulose; reacting the mercerized cellulose with a carboxymethylation agent to prepare carboxymethylated cellulose; and defibrating the carboxymethylated cellulose to produce a carboxymethylated cellulose nanofiber; wherein preparing mercerized cellulose is performed in a solvent containing mainly water, and preparing carboxymethylated cellulose is performed in a mixed solvent of water and an organic solvent.
A method for controlling a client device that is capable of communicating, via a network, with an imaging device which is configured to include a pan-tilt zoom imaging unit and is configured to capture an image of an object, the method comprising: a transmitting step of the client device transmitting to the imaging device an instruction to make an inquiry about capability information when causing the imaging unit to perform a tour operation, the inquiry including an inquiry as to the capability of a random operation which randomly selects a tour order among preset tour points; a receiving step of the client device receiving from the imaging device capability information indicating the capability regarding the random operation; and a displaying step of displaying the capability information on a display unit in accordance with the capability information received in the receiving step such that the displayed capability information indicates the capability of the random operation of the imaging unit. a transmitting step of the client device transmitting to the imaging device an instruction to make an inquiry about capability information when causing the imaging unit to perform a tour operation, the inquiry including an inquiry as to the capability of a random operation which randomly selects a tour order among preset tour points; a receiving step of the client device receiving from the imaging device capability information indicating the capability regarding the random operation; and a displaying step of displaying the capability information on a display unit in accordance with the capability information received in the receiving step such that the displayed capability information indicates the capability of the random operation of the imaging unit.
A vibration isolation holding device for holding a cartridge, which includes a rotor having a wheel (3, 4) and a rotational shaft, a bearing for supporting the rotor rotatably, and a bearing housing for housing the bearing, while isolating a vibration, the device comprising: a body portion; an abutment member arranged between the body portion and the bearing housing, and having an abutment surface abutting on the bearing housing, when the cartridge is held; and a biasing member disposed between the body portion and the abutment member along an axial direction of the rotational shaft, characterized in that the device further comprises a first regulating portion for regulating a position of the abutment member with respect to the body portion, so as to make an interval between the body portion and the abutment member shorter than a natural length of the biasing member, and wherein the first regulating portion is fixed to the body portion, and is configured to be able to contact the abutment surface from an opposite side to the body portion as viewed from the abutment member. a body portion; an abutment member arranged between the body portion and the bearing housing, and having an abutment surface abutting on the bearing housing, when the cartridge is held; and a biasing member disposed between the body portion and the abutment member along an axial direction of the rotational shaft, characterized in that the device further comprises a first regulating portion for regulating a position of the abutment member with respect to the body portion, so as to make an interval between the body portion and the abutment member shorter than a natural length of the biasing member, and wherein the first regulating portion is fixed to the body portion, and is configured to be able to contact the abutment surface from an opposite side to the body portion as viewed from the abutment member.
A slurry operation device with a monitoring system for detecting interior wear of said slurry operation device, which slurry operation device tansfers or processes solid material in a fluid, and which slurry operation device has an enclosing cross-section, wherein said slurry operation device comprises an interior wear layer having an inner surface, adapted for contact with solid material in a fluid, and an outer surface; a support structure (2a, 2b, 3, 4, 5a, 5b; 5a, 4, 5b; 5a, 5b) wound, woven or braided about said outer surface; and an exterior cover layer being disposed over said support structure; and wherein said monitoring system comprises at least one moisture sensor and communication means coupled to said moisture sensor for providing a signal representative of moisture detection in said support structure, characterised in that said moisture sensor is arranged to detect moisture in said support structure.
Protecting helmet of the type comprising at least one inner shell made of a shock-absorbing material, the inner shell being covered with an outer shell on the outside and delimiting a front opening of the helmet, as well as at least one anti-dazzle visor constrained to said protecting helmet so that to rotate and/or translate with respect to said outer shell and to move between a lowered position interfering, at least partially, with said front opening, and a raised position disengaging from said front opening, and vice versa, characterized by comprising electrically operated motor means (11, 12, 13) to operate said at least one anti-dazzle visor from said lowered position to said raised position, or vice versa, and an automatic control unit (18, 19) that is vocally operated to control said motor means (11, 12, 13).
An aluminum alloy powder for hot forging of a sliding component, comprising, by mass%: Si: 10.0% to 19.0%; Mn: 3.0% to 10.0%; Cu: 0.5% to 10.0%; Mg: 0.2% to 3.0%; optionally one or two or more of Ti, Zr, V, W, Cr, Co, Mo Ta, Hf, Nb, each of which being in a proportion of 0.01% to 5%. and Al and inevitable impurities as a balance, wherein an average size of Si crystal grains, which is measured by observing the structure of the Si crystal grains by using an optical microscope, is 15 μm or less, and the inevitable impurities as a balance include 1.0% or less of Fe and 1.0% or less of Ni. Si: 10.0% to 19.0%; Mn: 3.0% to 10.0%; Cu: 0.5% to 10.0%; Mg: 0.2% to 3.0%; optionally one or two or more of Ti, Zr, V, W, Cr, Co, Mo Ta, Hf, Nb, each of which being in a proportion of 0.01% to 5%. and Al and inevitable impurities as a balance, wherein an average size of Si crystal grains, which is measured by observing the structure of the Si crystal grains by using an optical microscope, is 15 μm or less, and the inevitable impurities as a balance include 1.0% or less of Fe and 1.0% or less of Ni.