mhurhangee/patent-ind-claim-en huggingface dataset:
An iridescent pigment wherein multilayer coats having at least two or more layers of metal oxides comprising one or more metals selected from the group consisting of Ce, Sn, Ti, Fe, Zn and Zr is coated onto the surface of thin platelet-like substrates, wherein the lowest layer of the multilayer coats is a metal oxide layer comprising metals selected from the group consisting of Ce, Sn and Fe and wherein said multilayer coats comprises one or more multilayer units made from a metal oxide layer comprising Sn and attached to the upper face thereof a metal oxide layer comprising Ti, wherein the two layers are coated in the order of SnO 2 as the lowest layer followed by TiO 2 , and wherein the multilayer unit made from these two layers (SnO 2 -TiO 2 ) is repeated one or more times.
A method of determining when to replace an air data probe , the method comprising: estimating a temperature of at least one heating element of the air data probe based at least in part on available vehicle sensor data read off a data bus ; tracking an amount of time the estimated temperature of the heating element of the air data probe is within at least one temperature range; and providing an air data probe replacement indication when a replacement threshold is met that is at least in part based on reaching a cumulative amount of time the heating element has an estimated temperature within the at least one temperature range. estimating a temperature of at least one heating element of the air data probe based at least in part on available vehicle sensor data read off a data bus ; tracking an amount of time the estimated temperature of the heating element of the air data probe is within at least one temperature range; and providing an air data probe replacement indication when a replacement threshold is met that is at least in part based on reaching a cumulative amount of time the heating element has an estimated temperature within the at least one temperature range.
A frame for a land vehicle to be driven using muscular force, which has accommodated components of at least one auxiliary drive in a frame section, wherein the frame has at least one opening in each case in a section upstream of the component mounting in the direction of vehicle travel and in a section downstream of the component mounting in the direction of vehicle travel, characterized in that , in a section upstream of the component mounting in the direction of vehicle travel, two openings are arranged in a frame tube, mirror-symmetrically with respect to the vertical longitudinal central plane of the frame tube and in that air conduction elements are provided, which are placed from the outside onto the frame tube in the region of the openings.
An implant , comprising: a body including a peripheral structure bounding an interior region , and a first support beam extending through the interior region; and a second support beam extending through the interior region; a first arched bone contacting element , that spans a region or area of the implant and defines pores for promoting bone growth having two ends fixedly attached to the first support beam; and a second arched bone contacting element , that spans a region or area of the implant and defines pores for promoting bone growth, having two ends fixedly attached to the first support beam; wherein the first arched bone contacting element includes an arched portion and at least one flared leg ; wherein the at least one flared leg includes a first portion fixedly attached to the body and a second portion proximate the arched portion; and wherein the first portion has a first cross-sectional shape and wherein the second portion has a second cross-sectional shape that is different than the first portion cross-sectional shape ; and wherein the first cross-sectional shape is elliptic and the second cross-sectional shape is circular. a body including a peripheral structure bounding an interior region , and a first support beam extending through the interior region; and a second support beam extending through the interior region; a first arched bone contacting element , that spans a region or area of the implant and defines pores for promoting bone growth having two ends fixedly attached to the first support beam; and a second arched bone contacting element , that spans a region or area of the implant and defines pores for promoting bone growth, having two ends fixedly attached to the first support beam; wherein the first arched bone contacting element includes an arched portion and at least one flared leg ; wherein the at least one flared leg includes a first portion fixedly attached to the body and a second portion proximate the arched portion; and wherein the first portion has a first cross-sectional shape and wherein the second portion has a second cross-sectional shape that is different than the first portion cross-sectional shape ; and wherein the first cross-sectional shape is elliptic and the second cross-sectional shape is circular.
Manufacturing process for the production of flexible three-dimensional items, made from an outer material formed by flat cuts of flexible material, which entails cutting the pieces , which will form the outer material; preparing a mould and a counter mould , between which a volume corresponding to that of the three-dimensional item to be produced is delimited; placing the cuts, which will form the outer material between the mould and counter mould delimiting channels and spaces between them; injecting a plastic material through the aforementioned channels and spaces and opening the mould once the plastic material injected has solidified and then removing the item produced, the mould and counter mould having opposing surfaces without projections in the area corresponding to the outer material of the item to be obtained, upon which the cut pieces forming said outer material are placed, in such a way that they delimit a network of channels with said surfaces of the mould and counter mould , these channels coinciding with the lines separating the consecutive cut pieces of the outer material, through which the plastic material is injected, characterised in that the cut pieces which will form the outer material are attached to a laminated template arranged in the same way as they would be in the finished item to be obtained, this template being adapted on the internal surface of the mould straightaway.
A loosely coupled inductive power transfer apparatus comprising: a first magnetic coupling structure; and a second magnetic coupling structure, the structures being adapted to generate and/or receive magnetic flux to thereby transfer power inductively, the first magnetic coupling structure comprising a substantially circular coil , and the second magnetic coupling structure comprising an arrangement of at least two substantially flat tuned coils associated with a magnetically permeable core , wherein the at least two substantially flat tuned coils are located adjacent to each other in substantially the same plane. a first magnetic coupling structure; and a second magnetic coupling structure,
A transfer system comprising two belt conveyors wherein a first conveyor belt is the delivery belt for delivering a product in a first forward movement direction (C 1 ) to the second conveyor belt or receiving belt in a second forward movement direction (C 2 ); and wherein between the first conveyor belt and the second conveyor belt said transfer system comprises a transfer comb which comprises a first region from which there project a plurality of tines parallel to one another, and wherein the transfer comb comprises a second flat region with at least one roller ; and wherein the transfer system further comprises drive means for rotating said at least one roller ; characterized in that the at least one roller is configured for rotating with respect to a horizontal shaft and is arranged obliquely with respect to a vertical axis of the tines ; and in that the surface of the at least one roller projects from the top and bottom of the horizontal defined by the surface of the second flat region such that the drive means can rotate said at least one roller in a direction opposite to the second forward movement direction (C 2 ) of the second conveyor belt .
Supporting beam for slab systems of composite construction which consist at least in sections of concrete, with a steel beam comprising a base plate and at least one web, preferably two webs , arranged at an angle thereto, preferably perpendicular thereto, wherein a space limited by the web or webs and the base plate is configured such that, in a manufacturing step, it is filled in, at least in sections, with concrete which is not in-situ concrete in order to create a bonding effect between the steel beam and the concrete, the supporting beam has through-openings which extend through the web or webs transversely to the longitudinal axis of the supporting beam , the base plate has at least one projection which projects beyond the web or at least one web transversely to the longitudinal axis of the supporting beam, and the space is at least partially, preferably completely open on the side facing away from the base plate , characterised in that the inner surface of the web or webs is provided with form-locking means as bonding means in order to transfer force between the concrete and the steel beam and in order to absorb and transfer composite transverse forces and/or the inner surface of the web or webs is configured such that it acts as a bonding means itself.
Machine for simultaneous cutting of a plurality of slabs from a block (B) of stone material through a plurality of band saw blades , wherein each of said band saw blades is closed in a loop between a respective driving pulley or a shared driving drum and a respective driven pulley or a shared driven drum, said driving pulleys or said shared driving drum rotating around a first axis (A) of rotation, or respective first axes of rotation parallel to each other, and said driven pulleys or said shared driven drum rotating around the same second axis (A') of rotation, parallel to said first axis (A) of rotation, or respective second axes of rotation parallel to each other and parallel to said first axes of rotation, said axis (A) of rotation of the driving pulleys or of said shared driving drum and said axis of rotation (A') of the driven pulleys or of said shared driven drum being in turn mounted on a frame movable with respect to said block of stone material, along two directions (x, y) incident to each other, one direction (x) of cutting said block (B) of stone material, said direction (x) of cutting being disposed on a plane (τ) of cutting of said slabs , said plane (τ) of cutting being in its turn incident with respect to a direction (y) of relative advancement of said block (B) of stone material with respect to said frame , characterised in that said frame is provided with wheels which rest on rails , which allow the frame to move along said direction (x) of cutting, the plane (π) to which said direction (x) of cutting and said direction (y) of relative advancement of said block (B) of stone material with respect to said frame belong is horizontal and at least the portion of the path of each of said band saw blades included between respective movable spacers is inclined with respect to the vertical of an angle (β) comprised between 3 and 20° in the direction of cutting.
Shell for a hearing device, the shell comprising: a sub-shell comprising at least two lateral openings ; a thermoformed hull attached to the sub-shell and covering the at least two lateral openings; characterized in that the thermoformed hull is of PE, BAREX, PET, COP, EVA, PCTFE, or PEEK, and the sub-shell is of a polymer material or a ceramic-filled polymer material, and the at least two lateral openings are situated in substantially opposite sides of the sub-shell, wherein the thermoformed hull and the sub-shell are integrally formed or attached by adhesive bonding or ultrasonic welding. a sub-shell comprising at least two lateral openings ; a thermoformed hull attached to the sub-shell and covering the at least two lateral openings; characterized in that the thermoformed hull is of PE, BAREX, PET, COP, EVA, PCTFE, or PEEK, and the sub-shell is of a polymer material or a ceramic-filled polymer material, and the at least two lateral openings are situated in substantially opposite sides of the sub-shell, wherein the thermoformed hull and the sub-shell are integrally formed or attached by adhesive bonding or ultrasonic welding.
A method for wireless communications by a user equipment, LTE, comprising: receiving control signaling configuring the LTE with a plurality of component carriers for communicating with a network device and a semi-persistent resource allocation of a resource for each component carrier of the plurality of component carriers; identifying an availability indicator that indicates availability of the resource of the semi-persistent resource allocation on each component carrier of the plurality of component carriers, wherein the availability indicator indicates a number of time intervals within a time window for which the availability indicator is valid; and communicating a data transmission via at least a subset of the plurality of component carriers based at least in part on the availability indicator. receiving control signaling configuring the LTE with a plurality of component carriers for communicating with a network device and a semi-persistent resource allocation of a resource for each component carrier of the plurality of component carriers; identifying an availability indicator that indicates availability of the resource of the semi-persistent resource allocation on each component carrier of the plurality of component carriers, wherein the availability indicator indicates a number of time intervals within a time window for which the availability indicator is valid; and communicating a data transmission via at least a subset of the plurality of component carriers based at least in part on the availability indicator.
An image processing apparatus , comprising: an image conversion unit that converts a first picked-up image and a second picked-up image into frequency components of respective spatial frequency domain images, the first picked-up image being obtained by picking up an image of an observation target object with first illumination light via a microscope optical system at a first focal position, the second picked-up image being obtained by picking up an image of the observation target object with second illumination light via the microscope optical system at a second focal position, the second picked-up image having a contrast in a low frequency band lower than that of the first picked-up image and a contrast in a high frequency band higher than that of the first picked-up image; and an image generation unit that combines a low frequency component of the first picked-up image and a high frequency component of the second picked-up image with each other to generate a composite image, wherein the first illumination light has an illumination numerical aperture lower than that of the second illumination light. an image conversion unit that converts a first picked-up image and a second picked-up image into frequency components of respective spatial frequency domain images, the first picked-up image being obtained by picking up an image of an observation target object with first illumination light via a microscope optical system at a first focal position, the second picked-up image being obtained by picking up an image of the observation target object with second illumination light via the microscope optical system at a second focal position, the second picked-up image having a contrast in a low frequency band lower than that of the first picked-up image and a contrast in a high frequency band higher than that of the first picked-up image; and an image generation unit that combines a low frequency component of the first picked-up image and a high frequency component of the second picked-up image with each other to generate a composite image, wherein the first illumination light has an illumination numerical aperture lower than that of the second illumination light.
A composition comprising: at least one non-ionic cellulose ether, said at least one non-ionic cellulose ether being hydroxypropylmethylcellulose (HPMC), one or more pH regulating agent(s) comprising a lactate and/or a citrate buffer, optionally a preservative, and water, said composition having a pH from 3 to 5, a viscosity from 35000 to 100 000 mPas, said viscosity being measured at 20 °C according to European Pharmacopeia 7.0, 2.210, and being free from any additional active pharmaceutical agent wherein said composition comprises from 1 wt% to 5 wt% of said non-ionic cellulose ether based on the total weight of the composition, for use in the treatment and/or prevention of vestibulodynia. at least one non-ionic cellulose ether, said at least one non-ionic cellulose ether being hydroxypropylmethylcellulose (HPMC), one or more pH regulating agent(s) comprising a lactate and/or a citrate buffer, optionally a preservative, and water, said composition having a pH from 3 to 5, a viscosity from 35000 to 100 000 mPas, said viscosity being measured at 20 °C according to European Pharmacopeia 7.0, 2.210, and being free from any additional active pharmaceutical agent wherein said composition comprises from 1 wt% to 5 wt% of said non-ionic cellulose ether based on the total weight of the composition, for use in the treatment and/or prevention of vestibulodynia.
Multi-hose arrangement having an outer hose and at least one inner hose disposed in the outer hose , and at least one coupling end to which the outer hose and the at least one inner hose are attached, wherein the at least one coupling end has a flow opening for the outer hose , in which flow opening is disposed a receptacle for the at least one inner hose , wherein this receptacle encompasses the at least one inner hose on less than a full circumference of the at least one inner hose , wherein the at least one inner hose supports a hose stem which is inserted into the receptacle , wherein a depression is configured in the coupling end , and wherein the hose stem fills a depth of the depression in such a way that the coupling end has a planar end face in which the flow opening is disposed.
Method for controlling access to motor vehicles, comprising the steps of sending first data from a mobile communication device to a vehicle-based communication device , checking the first data in a vehicle-based control device which is coupled to the vehicle-based communication device , activating a vehicle-based acquisition device for biometric data by means of the vehicle-based control device depending on the checking of the first data, acquisition of biometric data of a user with the aid of the vehicle-based acquisition device , characterised by the following steps: sending at least part of the acquired biometric data to the mobile communication device as second data using the vehicle-based communication device , receiving the second data in the mobile communication device and checking the second data using biometric comparison data stored in the mobile communication device, generating third data in the mobile communication device depending on the check of the second data and sending the third data from the mobile communication device to the vehicle-based communication device , checking the third data in the vehicle-based control device, enabling a vehicle function depending on the check of the third data . sending first data from a mobile communication device to a vehicle-based communication device , checking the first data in a vehicle-based control device which is coupled to the vehicle-based communication device , activating a vehicle-based acquisition device for biometric data by means of the vehicle-based control device depending on the checking of the first data, acquisition of biometric data of a user with the aid of the vehicle-based acquisition device , characterised by the following steps: sending at least part of the acquired biometric data to the mobile communication device as second data using the vehicle-based communication device , receiving the second data in the mobile communication device and checking the second data using biometric comparison data stored in the mobile communication device, generating third data in the mobile communication device depending on the check of the second data and sending the third data from the mobile communication device to the vehicle-based communication device , checking the third data in the vehicle-based control device, enabling a vehicle function depending on the check of the third data . sending at least part of the acquired biometric data to the mobile communication device as second data using the vehicle-based communication device , receiving the second data in the mobile communication device and checking the second data using biometric comparison data stored in the mobile communication device, generating third data in the mobile communication device depending on the check of the second data and sending the third data from the mobile communication device to the vehicle-based communication device , checking the third data in the vehicle-based control device, enabling a vehicle function depending on the check of the third data .
An implant device including a stent, said stent including a first stent comprising: a tubular, woven portion with a distal end and a proximal end, wherein said tubular portion is woven of at least one wire; characterized by a plurality of loops formed by said at least one wire on both said distal end and said proximal end of said woven portion; and, a plurality of coils positioned on at least some of said plurality of loops on both said distal end and said proximal end of said woven portion. a tubular, woven portion with a distal end and a proximal end, wherein said tubular portion is woven of at least one wire; characterized by a plurality of loops formed by said at least one wire on both said distal end and said proximal end of said woven portion; and, a plurality of coils positioned on at least some of said plurality of loops on both said distal end and said proximal end of said woven portion.
A heat-treated, high protein fruit and/or vegetable preparation suitable for the production of fruit- and/or vegetable-flavour yoghurt, the fruit and/or vegetable preparation comprising: - a fruit and/or vegetable material in an amount of at least 10% (w/w) - insoluble protein particles having a particle size in the range of 1-10 μm in an amount of at least 2% (w/w), the fruit and/or vegetable preparation having a total solids content in the range of 15-80% (w/w). - a fruit and/or vegetable material in an amount of at least 10% (w/w) - insoluble protein particles having a particle size in the range of 1-10 μm in an amount of at least 2% (w/w),