mhurhangee/ep-ind-claims huggingface dataset:
Medical device for combating overweight or obesity in humans by achieving a more rapid feeling of satiety, comprising a splint being connectable to the human maxilla and a splint being connectable to the human mandible, which are adapted to the tooth crowns, respectively, and cover at least some of the occlusal surface of the masticatory teeth for bite elevation, and the splint sets the occlusal elevation in the area of the first and second premolars (4, 5) and of the first molar of the maxilla and mandible (10, 11), such that at least some of the masticatory teeth are equipped with an occlusal elevation for reducing the size of the masticatory surface, the occlusal elevation being designed such that the furrows of the masticatory surface are filled at least partially or completely, as a result of which an almost flat masticatory surface is made available as occlusal plane by the occlusal elevation which moreover overbuilds the cusp tips of a masticatory tooth in order to associate the bite elevation with a spanning of the masticatory relief of the covered masticatory tooth.
H2 relaxin for use in a method for increasing arterial compliance in a human subject, wherein the subject has diminished global arterial compliance relative to global arterial compliance in a healthy subject, wherein the subject has one or more ailments selected from the group consisting of: atherosclerosis, coronary artery disease, diastolic dysfunction, hypercholesterolemia, left ventricular hypertrophy, arterial stiffness associated with long-term tobacco smoking, arterial stiffness associated with obesity, arterial stiffness associated with age, and systemic lupus erythematosus.
A mass transit vehicle chair in the form of a seat, placed rotationally on a base and a rotationally placed reclining backrest on said base, with a given point "H" for said seat, wherein said base is permanently mounted to a floor, and has a first horizontal axis perpendicular to the longitudinal axis of the vehicle on which a frame of said seat is rotationally placed, said frame is having in its front zone an axis mounted to an upper support which is connected by a common axis with a lower support which is placed in an articulated manner on an axis in said base, whereas both supports (8, 11) are connected at said common axis with one end of a pull rod, said pull rod is connected at an opposite end to an articulated joint at a lower arm of a backrest frame, said backrest frame is placed on a second horizontal axis which is placed on elements of said base in parallel to said first horizontal axis, said first horizontal axis is located at a distance "a" within 0.5 to 0.7, advantageously 0.6 of the length "A" of said frame of said seat from the front edge of said seat and said second horizontal axis is located at a distance "b" within 0.05 to 0.15, advantageously 0.1 of the length "B" of said backrest frame of the reclining backrest from the lower edge of said backrest frame of the reclining backrest.
A curable composition comprising: a near infrared-absorbing pigment comprising a hydrophobic group; and a curable polymer comprising at least one of a fluorine atom and a silicon atom, and comprising one or more curable functional groups selected from a (meth)acryloyloxy group, an epoxy group, and an oxetanyl group. a near infrared-absorbing pigment comprising a hydrophobic group; and a curable polymer comprising at least one of a fluorine atom and a silicon atom, and comprising one or more curable functional groups selected from a (meth)acryloyloxy group, an epoxy group, and an oxetanyl group.
A method of attaching a label to a container, comprising: providing a label (25; 30; 110) having a scented material; and attaching the label (25; 30; 110) to the container using an in-mold label process, characterised in that the scented material is incorporated into an interior layer of the label (25; 30; 110) and wherein the in-mold label process is selected from an extrusion blow molding process, an injection blow molding process, or a stretch blow molding process. providing a label (25; 30; 110) having a scented material; and attaching the label (25; 30; 110) to the container using an in-mold label process, characterised in that the scented material is incorporated into an interior layer of the label (25; 30; 110) and wherein the in-mold label process is selected from an extrusion blow molding process, an injection blow molding process, or a stretch blow molding process.
Touch latch system (5, 41, 51, 53; 9, 27) for furniture with furniture parts which are moveable relative to one another, in particular furniture drawers with at least one drawer guide with a front panel, furniture doors, or furniture flaps, which are moveable relative to a furniture carcass, wherein the touch latch system (5, 41, 51, 53; 9, 27) comprises at least one touch latch fitting (5, 41, 51, 53) and a stop (9, 27) cooperating with it, wherein the touch latch fitting (5, 41, 51, 53) is configured so as to be adjustable in length in length adjustment directions through an adjustment between defined individual parts of the touch latch fitting (5, 41, 51, 53), characterised in that the adjustment is effected by means of an eccentric adjustment means (39, 43) so that through the eccentric adjustment means (39, 43) the front positions of the fronts of the moveable furniture parts in the furniture carcass are adjustable so that all the fronts in the furniture carcass lie in the same plane when the moveable furniture parts are in the closed position.
Contactor, which is configured in two parts, with a base module, which has a connection region (6a, 8) for electric conductors, wherein auxiliary contacts and a coil connection are arranged in a separate auxiliary module, in a separable manner from the base module, wherein separation of the main control level from the auxiliary control level is achieved by virtue of the main control level being arranged in the base module and the auxiliary control level being arranged in the auxiliary module, wherein the auxiliary module has a base plate and a contact carrier having movable switching contacts, which are configured identically in all auxiliary module devices, and wherein exchange of the auxiliary module allows different connection systems to be produced, characterized in that the characteristic unit design of the auxiliary module means that it can also be used for different sizes, wherein the auxiliary module comprises an exchangeable surge limiter, which is appropriate for the respective application of the auxiliary module.
Method of sending, by a terminal of a wireless communication system, a message on a communication channel shared with other terminals, said method comprising: - before sending said message: a step of listening without interruption to the communication channel by said terminal until it detects an absence of activity on the communication channel for a predetermined time, termed the "inactivity time ΔTin", - when no activity is detected on said communication channel for the inactivity time ΔTin: a step of sending said message on the communication channel, the terminals being multiplexed in frequency and/or by different spreading codes on said communication channel, characterized in that after having detected an absence of activity on the communication channel during the inactivity time ΔTin, said method comprises a step of waiting, for an identical predetermined time for all of the terminals of the wireless communication system, termed the "waiting time ΔTat", before sending the message. - before sending said message: a step of listening without interruption to the communication channel by said terminal until it detects an absence of activity on the communication channel for a predetermined time, termed the "inactivity time ΔTin", - when no activity is detected on said communication channel for the inactivity time ΔTin: a step of sending said message on the communication channel,
A cylinder lock having a first cylinder half, which in use, is mounted on the indoor side and a second cylinder half, which in use, is mounted on the outdoor side of a door, said cylinder lock further comprising, a notch cut out on the outdoor end of the second cylinder half for forming a breakable tip portion on said second cylinder half, a rod which extends along the second cylinder half and enters, partly at its first end, in said first cylinder half and which is secured, at its second end, to said tip portion of said second cylinder half, a volume formed on said first cylinder half accommodating an alarm circuitry including at least an electronic circuit board, a magnetic switch and a magnet, wherein said first end of the rod is interposed between said magnetic switch and said magnet of the alarm circuitry such that when the tip portion of said second cylinder half breaks apart, said rod slides out of the first cylinder half for detection of a break-in attempt.
A sample solution concentration method comprising, in the following order: a sample solution injection step of injecting a sample solution, which is an aqueous solution containing a high-molecular-weight molecule, into a cylinder accommodating a particulate super absorbent polymer; a water absorption step in which water contained in the sample solution injected into the cylinder is absorbed by the super absorbent polymer accommodated in the cylinder to generate a sample solution concentrate which is a concentrate of the sample solution, in the cylinder; a liquid addition step of adding a liquid having an amount smaller than an amount of the sample solution injected into the cylinder in the sample solution injection step, to the sample solution concentrate; and a taking-out step of inserting, into the cylinder, a piston insertable into the cylinder, the piston including a tip part having holes smaller than a particle diameter of the super absorbent polymer after water absorption, to take out a sample solution concentrated solution, which is a concentrated solution of the sample solution, through the holes in the tip part of the piston. a sample solution injection step of injecting a sample solution, which is an aqueous solution containing a high-molecular-weight molecule, into a cylinder accommodating a particulate super absorbent polymer; a water absorption step in which water contained in the sample solution injected into the cylinder is absorbed by the super absorbent polymer accommodated in the cylinder to generate a sample solution concentrate which is a concentrate of the sample solution, in the cylinder; a liquid addition step of adding a liquid having an amount smaller than an amount of the sample solution injected into the cylinder in the sample solution injection step, to the sample solution concentrate; and a taking-out step of inserting, into the cylinder, a piston insertable into the cylinder, the piston including a tip part having holes smaller than a particle diameter of the super absorbent polymer after water absorption, to take out a sample solution concentrated solution, which is a concentrated solution of the sample solution, through the holes in the tip part of the piston.
Device for measuring the rotational imbalance of an object, in particular a machine element or a tool holder, comprising - a spindle unit comprising a spindle holder and a spindle that is mounted on the spindle holder so as to rotate about an axis of rotation and that supports, at one of its two ends, a coupling for fastening the object, - a holder mounting for fastening the spindle unit to a machine base, which mounting deflectably guides the spindle holder in a predetermined measurement direction for imbalance forces, - an electric motor that drives the spindle in rotation, and - a sensor arrangement that measures the imbalance force in the predetermined measurement direction when the spindle is rotated, - an annular surface element which is provided with information and is arranged so as to be stationary at one of the axial ends of the spindle, and a reading head arrangement for reading said information, characterised in that the reading head arrangement is connected to the spindle holder, and in that the periphery of the annular surface element is provided with a magnetic or optical information carrier in the form of a tape portion both for a piece of information representing the angle of rotation and a piece of information representing a zero-point rotary position, it being possible for said information to be read by means of the reading head arrangement. - a spindle unit comprising a spindle holder and a spindle that is mounted on the spindle holder so as to rotate about an axis of rotation and that supports, at one of its two ends, a coupling for fastening the object, - a holder mounting for fastening the spindle unit to a machine base, which mounting deflectably guides the spindle holder in a predetermined measurement direction for imbalance forces, - an electric motor that drives the spindle in rotation, and - a sensor arrangement that measures the imbalance force in the predetermined measurement direction when the spindle is rotated, - an annular surface element which is provided with information and is arranged so as to be stationary at one of the axial ends of the spindle, and a reading head arrangement for reading said information,
A flame detector comprising: a bolometer having a pixel array with one or more pixels including a coating that allows the pixel to absorb mid wave infrared radiation; a lens situated at a first distance from the bolometer, where light passes through the lens to the pixel array; and a long wave infrared filter situated at a second distance from the bolometer that is different from the first distance, and configured to filter long wave infrared radiation from substantially all of the light passing through the lens to the plurality of pixels of the pixel array; wherein infrared radiation from a scene promulgates through the lens and the long wave infrared filter, in either order, to the bolometer; wherein long wave infrared radiation of the infrared radiation from the scene between the filter and the bolometer has a magnitude less than the magnitude of mid wave infrared radiation of the infrared radiation from the scene between the long wave infrared filter and the bolometer; and characterized in that the long wave infrared filter consists of an AlON material. a bolometer having a pixel array with one or more pixels including a coating that allows the pixel to absorb mid wave infrared radiation; a lens situated at a first distance from the bolometer, where light passes through the lens to the pixel array; and a long wave infrared filter situated at a second distance from the bolometer that is different from the first distance, and configured to filter long wave infrared radiation from substantially all of the light passing through the lens to the plurality of pixels of the pixel array; wherein infrared radiation from a scene promulgates through the lens and the long wave infrared filter, in either order, to the bolometer; wherein long wave infrared radiation of the infrared radiation from the scene between the filter and the bolometer has a magnitude less than the magnitude of mid wave infrared radiation of the infrared radiation from the scene between the long wave infrared filter and the bolometer; and characterized in that the long wave infrared filter consists of an AlON material.
Hybrid component comprising a profiled component made of a first material and a component made of a second material, characterized in that the profiled component is partially connected by a material bond to the component and is connected by means of a form-fit and/or force-fit connection outside the portions with the material bond connection, wherein the profiled component, which has a U-shaped cross section and in each case has a substantially planar flange region on both sides, is placed with its flange regions on a planar portion of the component, such that an internal space is formed between the profiled component and the component, wherein between the component and the flange regions an adhesive material, in particular an adhesive, is partially arranged and form-fit and/or force-fit connections are formed between the component and the flange regions as riveted connections outside the portions provided with adhesive material.
A method comprising: causing, by an apparatus for a communication device, a measurement sample to be obtained during a discontinuous reception monitoring period; and characterized by: determining (102, 106), by the apparatus, that a sampling time period has been commenced based upon the measurement sample during which one or more additional measurement samples are to be obtained; determining, by the apparatus, that the additional measurement samples will not be obtained prior to commencement of a sleep period between discontinuous reception monitoring periods; and causing, by the apparatus in response to said determining that the additional measurement samples will not be obtained prior to commencement of a sleep period between discontinuous reception monitoring periods, one or more additional measurement samples to be obtained at respective times beyond the discontinuous reception monitoring period that would otherwise have been in the sleep period. causing, by an apparatus for a communication device, a measurement sample to be obtained during a discontinuous reception monitoring period; and characterized by: determining (102, 106), by the apparatus, that a sampling time period has been commenced based upon the measurement sample during which one or more additional measurement samples are to be obtained; determining, by the apparatus, that the additional measurement samples will not be obtained prior to commencement of a sleep period between discontinuous reception monitoring periods; and causing, by the apparatus in response to said determining that the additional measurement samples will not be obtained prior to commencement of a sleep period between discontinuous reception monitoring periods, one or more additional measurement samples to be obtained at respective times beyond the discontinuous reception monitoring period that would otherwise have been in the sleep period. determining (102, 106), by the apparatus, that a sampling time period has been commenced based upon the measurement sample during which one or more additional measurement samples are to be obtained; determining, by the apparatus, that the additional measurement samples will not be obtained prior to commencement of a sleep period between discontinuous reception monitoring periods; and causing, by the apparatus in response to said determining that the additional measurement samples will not be obtained prior to commencement of a sleep period between discontinuous reception monitoring periods, one or more additional measurement samples to be obtained at respective times beyond the discontinuous reception monitoring period that would otherwise have been in the sleep period.
A base assembly, comprising a base and a filter screen component, comprising a motor and a filter screen part, the filter screen part comprising an annular filter screen body having a plurality of meshes, an end of the filter screen body being connected to a rotary shaft of the motor such that in use, debris is removed from the filter screen part by centrifugal force, and the other end of the filter screen body being provided with an opening, wherein the base is formed with an air duct for airflow to flow through, the motor being fixed on the base, and the filter screen body of the filter screen part being located in the air duct to enable the airflow in the air duct to blow onto an outer circumferential surface of the filter screen body, wherein a drainage cavity is formed at a bottom of the air duct comprising a drainage hole, the drainage cavity being in communication with the drainage hole for drainage, and characterized in that: the filter screen part further comprises an end cover arranged at the end of the filter screen body, the motor being connected with the end cover, a central part of the end cover being recessed inwardly along an axial direction to form a depressed part, and the motor being located at least partially in the depressed part.
A method of electronically limiting pressure and providing pressure sensitive overrides for a dual path machine, comprising the steps of: transmitting an input propel command from a propel device to a computer of an electronic control system; transmitting signals from pressure sensors from a hydraulic system; determining a modified propel command using a processor and software from the computer by scaling the input propel command based upon the largest pressure sensor signal received; adjusting an actuator on a pump based upon the modified propel command; characterised in the method further comprising the step of determining whether the input propel command is a steering command or a speed command and adjusting response time of the hydraulic system based on the determination and wherein response time is decreased when the input propel command is determined to be a speed command. transmitting an input propel command from a propel device to a computer of an electronic control system; transmitting signals from pressure sensors from a hydraulic system; determining a modified propel command using a processor and software from the computer by scaling the input propel command based upon the largest pressure sensor signal received; adjusting an actuator on a pump based upon the modified propel command; characterised in the method further comprising the step of determining whether the input propel command is a steering command or a speed command and adjusting response time of the hydraulic system based on the determination and wherein response time is decreased when the input propel command is determined to be a speed command.