mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a plurality of digital data sets representing a series of discrete tooth arrangements progressing from an initial to a target arrangement, said method comprising: generating a plurality of successive intermediate data sets based on a provided first digital data set representing an initial tooth arrangement and on a provided second digital data set representing a target tooth arrangement; wherein said plurality of digital data sets represent a series of successive tooth arrangements progressing from the initial tooth arrangement to the target tooth arrangement. generating a plurality of successive intermediate data sets based on a provided first digital data set representing an initial tooth arrangement and on a provided second digital data set representing a target tooth arrangement; wherein said plurality of digital data sets represent a series of successive tooth arrangements progressing from the initial tooth arrangement to the target tooth arrangement.
An information processing apparatus connectable to a server which manages print data, wherein the information processing apparatus includes a printer controller which is configured to control print processing based on the print data, the information processing apparatus comprising: reception means configured to receive the print data from the server; buffering means configured to save a part of the print data received by said reception means; transfer control means configured to transfer the print data saved in the buffering means to a raster controller to be rasterized for printing via a print engine; and detection means configured to detect whether a connection between the server and the information processing apparatus has ended normally or abnormally, which is determined by whether an end processing of a respective communication protocol has been performed normally, wherein when said detection means detects that the connection has ended normally, said transfer control means transfers the print data at a first data rate and when said detection means detects that the connection has ended abnormally, said transfer control means transfers the print data at a second data rate smaller than the first data rate. reception means configured to receive the print data from the server; buffering means configured to save a part of the print data received by said reception means; transfer control means configured to transfer the print data saved in the buffering means to a raster controller to be rasterized for printing via a print engine; and detection means configured to detect whether a connection between the server and the information processing apparatus has ended normally or abnormally, which is determined by whether an end processing of a respective communication protocol has been performed normally, wherein when said detection means detects that the connection has ended normally, said transfer control means transfers the print data at a first data rate and when said detection means detects that the connection has ended abnormally, said transfer control means transfers the print data at a second data rate smaller than the first data rate.
A hearing aid comprising: a wireless communications element for wireless communication; a signal processing element for providing an audio signal; a connector for coupling an in-ear element to the hearing aid; a first conductor connected to the wireless communications element; and a second conductor configured for carrying the audio signal to the connector; wherein the first conductor is arranged such that, in use, there is a capacitive coupling between the first conductor and either the second conductor or the connector, the hearing aid being characterised in that the capacitance between the first conductor and the second conductor or the first conductor and the connector is between 0.5 picoFarads and 50 picoFarads. a wireless communications element for wireless communication; a signal processing element for providing an audio signal; a connector for coupling an in-ear element to the hearing aid; a first conductor connected to the wireless communications element; and a second conductor configured for carrying the audio signal to the connector;
An organic amine salt or a salt with quaternary ammonium ion of 3-{[( -2-{1-[5-(4-t-butylphenyl)-4-hydroxy-3-thienyl]ethylidene}hydrazino)carbono-thioyl]amino}benzoic acid.
A process of fabricating bioactive vertebral endplate bone-contacting surfaces on a spinal implant, comprising: a. providing a spinal implant comprising titanium or an alloy of titanium, aluminum and vanadium having one or more vertebral endplate bone-contacting surfaces (10,20); b. acid-etching or machining the one or more vertebral endplate bone-contacting surfaces to form macro-scale structural features; c. following the acid-etching or machining step, abrasive media blasting the one or more vertebral endplate bone-contacting surfaces to form micro-scale structural features that overlap the macro-scale structural features; and d. following the abrasive media blasting step, mildly acid-etching the one or more vertebral endplate bone-contacting surfaces to form nano-scale structural features that overlap the macro-scale and micro-scale structural features, thereby forming the final and completed bioactive vertebral endplate bone-contacting surfaces on the spinal implant, provided that the process does not include at any time applying a coating to any of the vertebral endplate bone-contacting surfaces and does not include at any time embedding surface contaminants into any of the vertebral endplate bone-contacting surfaces. a. providing a spinal implant comprising titanium or an alloy of titanium, aluminum and vanadium having one or more vertebral endplate bone-contacting surfaces (10,20); b. acid-etching or machining the one or more vertebral endplate bone-contacting surfaces to form macro-scale structural features; c. following the acid-etching or machining step, abrasive media blasting the one or more vertebral endplate bone-contacting surfaces to form micro-scale structural features that overlap the macro-scale structural features; and d. following the abrasive media blasting step, mildly acid-etching the one or more vertebral endplate bone-contacting surfaces to form nano-scale structural features that overlap the macro-scale and micro-scale structural features, thereby forming the final and completed bioactive vertebral endplate bone-contacting surfaces on the spinal implant, provided that the process does not include at any time applying a coating to any of the vertebral endplate bone-contacting surfaces and does not include at any time embedding surface contaminants into any of the vertebral endplate bone-contacting surfaces.
Ionization vacuum measuring cell, comprising: a) an evacuable housing having at an end portion a measuring connection for a vacuum to be measured; b) a measuring chamber in the housing, which is in fluid communication with the measuring connection, wherein the measuring chamber is preferably designed as an exchangeable component; b) a first and second electrode (16, 18) in the measuring chamber, which are arranged substantially coaxial with respect to an axis and spaced apart from each other, whereby an ionization space is formed in the measuring chamber between said two electrodes (16, 18), wherein the first electrode preferably has a substantially cylindrical surface and the second electrode is preferably rod-shaped and lies on the axis; c) an electrically insulating and vacuum-tight feedthrough for an electrical supply to the second electrode, comprising an electrical insulator, wherein the second electrode is passed through said insulator in a sealing manner; and d) a magnetization arrangement adapted to generate a magnetic field in the ionization space, wherein the measuring chamber comprises magnetic material, and characterized in that the first electrode and/or the second electrode either comprise magnetic material or are coated with the magnetic material. a) an evacuable housing having at an end portion a measuring connection for a vacuum to be measured; b) a measuring chamber in the housing, which is in fluid communication with the measuring connection, wherein the measuring chamber is preferably designed as an exchangeable component; b) a first and second electrode (16, 18) in the measuring chamber, which are arranged substantially coaxial with respect to an axis and spaced apart from each other, whereby an ionization space is formed in the measuring chamber between said two electrodes (16, 18), wherein the first electrode preferably has a substantially cylindrical surface and the second electrode is preferably rod-shaped and lies on the axis; c) an electrically insulating and vacuum-tight feedthrough for an electrical supply to the second electrode, comprising an electrical insulator, wherein the second electrode is passed through said insulator in a sealing manner; and d) a magnetization arrangement adapted to generate a magnetic field in the ionization space, wherein the measuring chamber comprises magnetic material, and characterized in that the first electrode and/or the second electrode either comprise magnetic material or are coated with the magnetic material.
A dangerous spot calculation program comprising instructions which, when the program is executed by a computer, cause the computer to perform processing, the processing comprising: calculating for each of combinations of a first vessel with a plurality of second vessels, a Time to Closest Point of Approach TCPA, a corresponding Closest Point of Approach CPA and a risk value corresponding to said TCPA and CPA and storing them in risk value calculation result information, the risk value being a value indicating a possibility of collision between the first vessel and a second vessel at said corresponding CPA and at a time indicated by said corresponding TCPA; extracting all calculated TCPA included in a predetermined time span; executing acquisition processing that includes acquiring, for each extracted TCPA, the CPA and the risk value corresponding to the extracted TCPA from the risk value calculation result information; executing, for each acquired CPA, determination processing that includes determining, from among a plurality of sea areas, a sea area to which the acquired CPA belongs, by using grid information representing data related to a grid obtained by dividing a control target sea area into grids of a predetermined area size; and executing calculation processing that includes calculating, for each of determined sea areas, a sum of risk values corresponding to the acquired CPA. calculating for each of combinations of a first vessel with a plurality of second vessels, a Time to Closest Point of Approach TCPA, a corresponding Closest Point of Approach CPA and a risk value corresponding to said TCPA and CPA and storing them in risk value calculation result information, the risk value being a value indicating a possibility of collision between the first vessel and a second vessel at said corresponding CPA and at a time indicated by said corresponding TCPA; extracting all calculated TCPA included in a predetermined time span; executing acquisition processing that includes acquiring, for each extracted TCPA, the CPA and the risk value corresponding to the extracted TCPA from the risk value calculation result information; executing, for each acquired CPA, determination processing that includes determining, from among a plurality of sea areas, a sea area to which the acquired CPA belongs, by using grid information representing data related to a grid obtained by dividing a control target sea area into grids of a predetermined area size; and executing calculation processing that includes calculating, for each of determined sea areas, a sum of risk values corresponding to the acquired CPA.
Rail vehicle having a drive assembly, wherein the drive assembly has an internal combustion engine which by way of an intervening transmission acts on at least one drive axle of the rail vehicle, and having an electric motor which is able to be selectively switched on so as to act on a drive axle of the rail vehicle; wherein the electric motor is assigned an electric energy storage device in such a manner that the electric motor is able to be operated when the internal combustion engine is switched off; wherein the rail vehicle is designed as a rail-bound working machine, and has hydraulically-driven working equipment and a motor-driven hydraulic pump, characterized in that the electric motor in terms of force transmission is connectable to the hydraulic pump in such a manner that the working equipment in the case of a switched-off internal combustion engine is able to be operated by means of the electric motor, and in that the electric motor, in an operating mode referred to as "boost mode", is able to be switched on in addition to the internal combustion engine as a propulsion drive with an increased drive output.
A sand control screen assembly, comprising: a base pipe having an exterior surface and defining one or more perforations therein; a screen jacket disposed about the exterior surface of the base pipe and having a primary screen arranged axially adjacent a secondary screen; and at least one relief valve configured to prevent fluid passing through the secondary screen and then entering the base pipe until the relief valve opens upon experiencing a predetermined fluid pressure differential generated by the plugging of the primary screen, wherein, once opened, the at least one relief valve diverts fluid flow from the primary screen and provides the fluid flow to the secondary screen. a base pipe having an exterior surface and defining one or more perforations therein; a screen jacket disposed about the exterior surface of the base pipe and having a primary screen arranged axially adjacent a secondary screen; and at least one relief valve configured to prevent fluid passing through the secondary screen and then entering the base pipe until the relief valve opens upon experiencing a predetermined fluid pressure differential generated by the plugging of the primary screen, wherein, once opened, the at least one relief valve diverts fluid flow from the primary screen and provides the fluid flow to the secondary screen.
A plug-in contact assembly suitable for automatic transfer switches, the plug-in contact assembly comprising a contact holder, two moving contact pieces disposed apart from each other, a moving contact piece bracket and a biasing spring; the contact holder holding the moving contact piece bracket and the biasing spring therein; the two moving contact pieces disposed apart from each other being held in place relative to the contact holder under the joint action of the biasing spring and the moving contact piece bracket; characterized in that, two ends of each said moving contact piece are each provided with a moving contact by means of welding; two moving contact piece through holes are provided in the contact holder, and the two moving contact pieces are held in the corresponding moving contact piece through holes, respectively; one end of the biasing spring is held on the bottom of the moving contact piece bracket, and the other end of the biasing spring presses against one of the moving contact pieces in one of the moving contact piece through holes; the top of the moving contact piece bracket presses against the other moving contact piece in the other moving contact piece through hole. the contact holder holding the moving contact piece bracket and the biasing spring therein; the two moving contact pieces disposed apart from each other being held in place relative to the contact holder under the joint action of the biasing spring and the moving contact piece bracket; characterized in that, two ends of each said moving contact piece are each provided with a moving contact by means of welding; two moving contact piece through holes are provided in the contact holder, and the two moving contact pieces are held in the corresponding moving contact piece through holes, respectively; one end of the biasing spring is held on the bottom of the moving contact piece bracket, and the other end of the biasing spring presses against one of the moving contact pieces in one of the moving contact piece through holes; the top of the moving contact piece bracket presses against the other moving contact piece in the other moving contact piece through hole.
An asynchronous electric motor with a multi-profile, multi-section, sliding rotor comprising a housing at one end of which is mounted a front bearing shield and at the other end there is a rear bearing shield and a brake mechanism including at least a brake with a friction element and a braking shield, a stator with a coil mounted in the housing, in which stator is mounted a squirrel-cage rotor with a shaft, supported on radial bearings positioned in the bearing shields, where the radial bearings allow axial displacement of the shaft with said rotor relative to the stator, wherein the rotor is connected at one end to the braking mechanism, wherein said rotor comprises two or more rotor sections longitudinally disposed, at least one of which is conical, with a small cone diameter directed towards the front end bearing shield, and at least one of the rotor sections is cylindrical, and the stator is partially conical and also has two or more sections (21, 22) corresponding to the number, shape and position of the sections (11, 12) of the rotor, wherein the coil of the stator is common to all its sections (21, 22) and is multi-profile, corresponding to the profile of the stator.
Polyisocyanate mixture comprising at least one polyisocyanurate which is based on tolylene diisocyanate and has isocyanate groups and at least one polyurethane which is based on tolylene diisocyanate and has isocyanate groups, wherein the polyisocyanate mixture has a) a solids content of from ≥ 51 to ≤ 90% by weight, based on the total weight of the polyisocyanate mixture, the solids content being determined in accordance with DIN EN ISO 3251 using a drying temperature and time of 2 hours at 120°C and a test dish diameter of 75 mm and a weighed-in quantity of 2.00 g +/- 0.02, b) a content of monomeric tolylene diisocyanate of ≤ 0.9% by weight, based on the total weight of the polyisocyanate mixture, the content of monomeric tolylene diisocyanate being determined gas-chromatographically using an internal standard in accordance with DIN EN ISO 10283:2007-11, and the polyisocyanurate which is based on tolylene diisocyanate and has isocyanate groups has a polydispersity D of from ≥ 1 to ≤ 1.5, based on the total weight of the polyisocyanurate which is based on tolylene diisocyanate and has isocyanate groups, where the polydispersity D is the ratio of weight average and number average molecular weight of the polyisocyanurate and the weight average and number average molecular weight is in each case determined by means of gel permeation chromatography using a polystyrene standard and tetrahydrofuran as eluent in accordance with DIN 55672-1:2016-03. a) a solids content of from ≥ 51 to ≤ 90% by weight, based on the total weight of the polyisocyanate mixture, the solids content being determined in accordance with DIN EN ISO 3251 using a drying temperature and time of 2 hours at 120°C and a test dish diameter of 75 mm and a weighed-in quantity of 2.00 g +/- 0.02, b) a content of monomeric tolylene diisocyanate of ≤ 0.9% by weight, based on the total weight of the polyisocyanate mixture, the content of monomeric tolylene diisocyanate being determined gas-chromatographically using an internal standard in accordance with DIN EN ISO 10283:2007-11, and
A joining system for fastening together a shelf and an upright of a piece of furniture or the like, the joining system comprising a joining device configured so as to be recessed into the edge of the shelf and a pin fixed to the upright, wherein said pin comprises a cylinder configured so as to be inserted into a hole of the upright and a head flexibly protruding from said cylinder; wherein said joining device comprises a main body at least partially deformable when in engagement with the head of the pin so as to flexibly draw together the shelf and the upright; wherein the main body has two pivots projecting from the base of the main body, wherein said main body comprises a chute configured so as to cooperate with the head of the pin when the shelf must be unhooked from the upright, characterized in that said joining device is made of two pieces which can be joined together to form a single body, wherein a first piece comprises said chute and wherein a second piece comprises said two pivots, an engaging surface and a notch.
A monoclonal antibody capable of binding to human GDF-15, or an antigen-binding portion thereof, wherein the binding is binding to a conformational or discontinuous epitope on human GDF-15 comprised by the amino acid sequences of SEQ ID No: 25 and SEQ ID No: 26, wherein the constant domain of the heavy chain comprises the amino acid sequence of SEQ ID No: 29, or an amino acid sequence at least 85% identical thereto, and wherein the constant domain of the light chain comprises the amino acid sequence of SEQ ID No: 32, or an amino acid sequence at least 85% identical thereto.
A replaceable printing component comprising: a fluid supply chamber; a printhead having a memory and a plurality of test components; and an encrypted factory identification code stored in the memory that comprises a combination of digitized analog performance parameters measured on the test components; characterised in that the test components are selected from the group consisting of a metal resistor, a polysilicon resistor, a thermal resistor, a PMOS transistor, and an NMOS transistor. a fluid supply chamber; a printhead having a memory and a plurality of test components; and an encrypted factory identification code stored in the memory that comprises a combination of digitized analog performance parameters measured on the test components; characterised in that the test components are selected from the group consisting of a metal resistor, a polysilicon resistor, a thermal resistor, a PMOS transistor, and an NMOS transistor.
A catheter insertion device, comprising: a handle having a top arm formed in a distal region of the handle; a needle cannula partially within the handle, the needle cannula comprising a sharp distal tip extending distally from the handle; a guidewire partially within the handle and the needle cannula; a needle support rotationally coupled to the top arm of the handle; and a first actuator connected to the handle and the guidewire, the first actuator being movable relative to the handle to move the guidewire relative to the handle, wherein: moving the first actuator in a proximal direction relative to the handle causes a distal end of the guidewire to move in a distal direction away from the handle, and moving the first actuator in a distal direction relative to the handle causes the distal end of the guidewire to move in a proximal direction towards the handle. a handle having a top arm formed in a distal region of the handle; a needle cannula partially within the handle, the needle cannula comprising a sharp distal tip extending distally from the handle; a guidewire partially within the handle and the needle cannula; a needle support rotationally coupled to the top arm of the handle; and a first actuator connected to the handle and the guidewire, the first actuator being movable relative to the handle to move the guidewire relative to the handle, wherein: moving the first actuator in a proximal direction relative to the handle causes a distal end of the guidewire to move in a distal direction away from the handle, and moving the first actuator in a distal direction relative to the handle causes the distal end of the guidewire to move in a proximal direction towards the handle. moving the first actuator in a proximal direction relative to the handle causes a distal end of the guidewire to move in a distal direction away from the handle, and moving the first actuator in a distal direction relative to the handle causes the distal end of the guidewire to move in a proximal direction towards the handle.