mhurhangee/patent-ind-claim-en huggingface dataset:
A portable device for processing continuous monitoring data indicative of an analyte in a bodily fluid, comprising - a data interface device , configured to receive a stream of continuous monitoring data from a body worn sensor, the continuous monitoring data being indicative of a continuous glucose monitoring in a bodily fluid, - a storage device , configured to store at least part of the continuous monitoring data, and - a control device , configured to process the continuous monitoring data and, at least for data exchange, functionally connectable to the data interface device , and the storage device , wherein - the control device is further configured to switch, between a first and a second mode of operation during a sensor session of the body worn sensor, the first mode of operation comprising providing video data indicative of the continuous monitoring data for outputting the video data by a display device , and the second mode of operation comprising storing the continuous monitoring data in the storage device and blocking displaying of the continuous monitoring data on the display device , characterized in that switching is performed according to a predefined operation condition, wherein - the predefined operation condition is a glucose threshold for hypoglycemia or hyperglycemia. - a data interface device , configured to receive a stream of continuous monitoring data from a body worn sensor, the continuous monitoring data being indicative of a continuous glucose monitoring in a bodily fluid, - a storage device , configured to store at least part of the continuous monitoring data, and - a control device , configured to process the continuous monitoring data and, at least for data exchange, functionally connectable to the data interface device , and the storage device , - the control device is further configured to switch, between a first and a second mode of operation during a sensor session of the body worn sensor, the first mode of operation comprising providing video data indicative of the continuous monitoring data for outputting the video data by a display device , and the second mode of operation comprising storing the continuous monitoring data in the storage device and blocking displaying of the continuous monitoring data on the display device , - the predefined operation condition is a glucose threshold for hypoglycemia or hyperglycemia.
A material filling system , comprising: a sensor configured to detect material being loaded into a receiving vehicle and to generate a sensor signal indicative of the detected material; a fill level and material distribution detection system configured to identify, based on the sensor signal, a fill level and material distribution of the detected material on the receiving vehicle and to generate a fill level and material distribution signal; a rendering generation system configured to generate a computer-generated rendering of the receiving vehicle showing the fill level and material distribution based on the fill level and material distribution signal; and a rendering output system configured to generate a display control signal to control a display mechanism to display the computer-generated rendering; wherein the rendering generation system comprises a pre-loaded rendering retrieval system; characterized in that the pre-loaded rendering retrieval system is configured to retrieve a pre-loaded rendering corresponding to the fill level and material distribution. a sensor configured to detect material being loaded into a receiving vehicle and to generate a sensor signal indicative of the detected material; a fill level and material distribution detection system configured to identify, based on the sensor signal, a fill level and material distribution of the detected material on the receiving vehicle and to generate a fill level and material distribution signal; a rendering generation system configured to generate a computer-generated rendering of the receiving vehicle showing the fill level and material distribution based on the fill level and material distribution signal; and a rendering output system configured to generate a display control signal to control a display mechanism to display the computer-generated rendering; wherein the rendering generation system comprises a pre-loaded rendering retrieval system; characterized in that the pre-loaded rendering retrieval system is configured to retrieve a pre-loaded rendering corresponding to the fill level and material distribution.
An imaging method , comprising: emitting neutrons into a material, wherein the material converts at least part of the emitted neutrons into a first plurality of gamma ray photons, and wherein at least part of the emitted neutrons pass through the material; converting at least part of the neutrons passed through the material into a second plurality of gamma ray photons; detecting a number of gamma ray photons, N 1 , in a first energy range, B 1 , wherein the B 1 is comprised in a range 0 - 511 kiloelectronvolts, keV; detecting a number of gamma ray photons, N 2 , in a second energy range, B 2 , wherein the B 2 is comprised in a range 500 - 520 keV; detecting a number of gamma ray photons, N 3 , in a third energy range, B 3 , wherein the B 3 is comprised in a range 511 - 660 keV; detecting a number of gamma ray photons, N 4 , in a fourth energy range, B 4 , wherein a lower boundary of the B 4 is greater than or equal to 650 keV; and deducing at least one property of the material based on the N 1 , the N 2 , the N 3 , and the N 4 . emitting neutrons into a material, wherein the material converts at least part of the emitted neutrons into a first plurality of gamma ray photons, and wherein at least part of the emitted neutrons pass through the material; converting at least part of the neutrons passed through the material into a second plurality of gamma ray photons; detecting a number of gamma ray photons, N 1 , in a first energy range, B 1 , wherein the B 1 is comprised in a range 0 - 511 kiloelectronvolts, keV; detecting a number of gamma ray photons, N 2 , in a second energy range, B 2 , wherein the B 2 is comprised in a range 500 - 520 keV; detecting a number of gamma ray photons, N 3 , in a third energy range, B 3 , wherein the B 3 is comprised in a range 511 - 660 keV; detecting a number of gamma ray photons, N 4 , in a fourth energy range, B 4 , wherein a lower boundary of the B 4 is greater than or equal to 650 keV; and deducing at least one property of the material based on the N 1 , the N 2 , the N 3 , and the N 4 .
An apparatus comprising: a radome ; a first foam layer including a first side and a second side opposite the first side , wherein the first foam layer is adhered to the radome via the second side ; and an electronically steerable antenna panel coupled to the first foam layer via the first side , the electronically steerable antenna panel configured to participate in a communication of signals which are to propagate through the radome and through the first foam layer ; characterized by a base structure to support the antenna panel , wherein the antenna panel is disposed between the base structure and the radome ; a radio-frequency (RF) feed structure ; and a plurality of posts around a periphery of the antenna panel and coupled to the radome , the plurality of posts to operate as standoffs that extend from the radome and abut a surface of the base structure to maintain a parallel spacing of the antenna panel above the RF feed structure . a radome ; a first foam layer including a first side and a second side opposite the first side , wherein the first foam layer is adhered to the radome via the second side ; and an electronically steerable antenna panel coupled to the first foam layer via the first side , the electronically steerable antenna panel configured to participate in a communication of signals which are to propagate through the radome and through the first foam layer ; characterized by a base structure to support the antenna panel , wherein the antenna panel is disposed between the base structure and the radome ; a radio-frequency (RF) feed structure ; and a plurality of posts around a periphery of the antenna panel and coupled to the radome , the plurality of posts to operate as standoffs that extend from the radome and abut a surface of the base structure to maintain a parallel spacing of the antenna panel above the RF feed structure .
A device for reducing venous blood flow in a human limb, the device comprising: a first rigid part having a first non-linear inner profile ; a second rigid part having a second inner profile generally facing the first inner profile; and a coupling portion that couples the first and second rigid parts together while allowing relative movement of the first and second rigid parts between a clamped position and an unclamped position; wherein the first and second inner profiles are arranged to press against veins in the limb when the device is in the clamped position and thereby reduce venous blood flow in the limb, wherein the device further comprises a cushioning element disposed on at least one of the first inner profile and the second inner profile , wherein the cushioning element extends over the first inner profile and the second inner profile ; wherein the cushioning element is affixed to the first inner profile and is not affixed to the second inner profile, characterised in that the cushioning element is freely slidable with respect to the second rigid part along the second inner profile . a first rigid part having a first non-linear inner profile ; a second rigid part having a second inner profile generally facing the first inner profile; and a coupling portion that couples the first and second rigid parts together while allowing relative movement of the first and second rigid parts between a clamped position and an unclamped position; wherein the first and second inner profiles are arranged to press against veins in the limb when the device is in the clamped position and thereby reduce venous blood flow in the limb, wherein the device further comprises a cushioning element disposed on at least one of the first inner profile and the second inner profile , wherein the cushioning element extends over the first inner profile and the second inner profile ; wherein the cushioning element is affixed to the first inner profile and is not affixed to the second inner profile, characterised in that the cushioning element is freely slidable with respect to the second rigid part along the second inner profile .
A cleaning capsule for an extraction appliance, said cleaning capsule comprising cleaning and/or descaling agent and said extraction appliance being provided for preparing a brewed product from an extraction material contained in a portion capsule and comprising an injection device for introducing a brewing fluid into the portion capsule and extraction device for discharging an extraction product out of the portion capsule, wherein the injection device and the extraction device define a brewing chamber , into which the portion capsule can be inserted, and wherein the injection device comprises at least one injection spike and the extraction device at least one extraction spike , for piercing the portion capsule which is inserted into the brewing chamber , characterised in that the cleaning capsule is insertable into the brewing chamber and comprises at least one deepening of an extraction-side capsule wall , by which means an extraction-side piercing of the cleaning capsule in the brewing changer by the extraction spike is preventable, and by which means the cleaning capsule is designed in a manner such that brewing fluid which is introduced by the injection device into the cleaning capsule at the injection side exits out of the cleaning capsule again at the injection side and flows outwards past the cleaning capsule to the extraction device .
A protective jacket for enclosing a portable computing device , the jacket comprising: a recessed portion formed at a back surface of the jacket ; an electronic reader, within the recessed portion , to receive an electronic device, wherein the electronic reader includes a smart card reader and wherein the electronic device includes the smart card ; and a cover movably attached to a back surface of the jacket , the cover to: fit an opening of the recessed portion and function as a kickstand to support the portable computing device in a plurality of viewing angles when the cover is in an open position, wherein the cover includes an inner portion, and an outer portion and wherein the inner portion includes a rubber member disposed spaced from and along an inner periphery of the cover to seal the smart card reader and the smart card, if in use, from external environment, when the cover is in the closed position. a recessed portion formed at a back surface of the jacket ; an electronic reader, within the recessed portion , to receive an electronic device, wherein the electronic reader includes a smart card reader and wherein the electronic device includes the smart card ; and a cover movably attached to a back surface of the jacket , the cover to: fit an opening of the recessed portion and function as a kickstand to support the portable computing device in a plurality of viewing angles when the cover is in an open position, wherein the cover includes an inner portion, and an outer portion and wherein the inner portion includes a rubber member disposed spaced from and along an inner periphery of the cover to seal the smart card reader and the smart card, if in use, from external environment, when the cover is in the closed position.
A non-woven fabric support comprising a mixture of fibers consisting of at least: a) bi-component fiber with linear density between 2-4 dtex, length 40-80 mm, consisting of two coaxially extruded materials where the inner part has a melting point higher than the external part; b) organic hydrophilic fibers of polyester and/or polypropylene, with a density between 1.2-1.6 dTex, length 30-60 mm, provided with surface channels. a) bi-component fiber with linear density between 2-4 dtex, length 40-80 mm, consisting of two coaxially extruded materials where the inner part has a melting point higher than the external part; b) organic hydrophilic fibers of polyester and/or polypropylene, with a density between 1.2-1.6 dTex, length 30-60 mm, provided with surface channels.
Method for producing a product surface of a product, wherein the product surface has an opto-electronically readable code , which is formed by an arrangement of flat cells of different cell types, - wherein the cells are an integral part of the product surface , - wherein the cells of each cell type each have a surface profile , - wherein the surface profile of at least one cell type has at least one elevation and/or depression relative to the product surface , - wherein the surface profile of a first cell type is designed relative to the surface profile of a second cell type such that the reflective properties of the surface profile of the first cell type differ from the reflective properties of the surface profile of the second cell type, - wherein the product surface is formed from a polymer material, in particular from an elastomer material, and - wherein the product surface is the surface of a sidewall of a pneumatic vehicle tyre, characterized in that - the code is a two-dimensional code, in particular a quick-response (QR) code or a stacked code or a matrix code or a point code, - in that , to produce the product, a moulding tool is used, wherein during the production of the product the code is embossed in the product surface by an appropriately designed shaping surface of the moulding tool, - and in that the moulding tool for producing the product is provided with a cutout in which an interchangeable punch formed so as to be complementary to the cutout can be interchangeably arranged, wherein the interchangeable punch has a shaping surface by which the code is transferrable to the product surface. - wherein the cells are an integral part of the product surface , - wherein the cells of each cell type each have a surface profile , - wherein the surface profile of at least one cell type has at least one elevation and/or depression relative to the product surface , - wherein the surface profile of a first cell type is designed relative to the surface profile of a second cell type such that the reflective properties of the surface profile of the first cell type differ from the reflective properties of the surface profile of the second cell type, - wherein the product surface is formed from a polymer material, in particular from an elastomer material, and - wherein the product surface is the surface of a sidewall of a pneumatic vehicle tyre, - the code is a two-dimensional code, in particular a quick-response (QR) code or a stacked code or a matrix code or a point code, - in that , to produce the product, a moulding tool is used, wherein during the production of the product the code is embossed in the product surface by an appropriately designed shaping surface of the moulding tool, - and in that the moulding tool for producing the product is provided with a cutout in which an interchangeable punch formed so as to be complementary to the cutout can be interchangeably arranged, wherein the interchangeable punch has a shaping surface by which the code is transferrable to the product surface.
A vehicle lighting device comprising: a socket ; and a light-emitting module that is provided on one end side of the socket , the light-emitting module including a substrate having a wiring pattern ; a plurality of light-emitting elements that are electrically connected to the wiring pattern and are connected in series to each other; and a plurality of thermistors that are electrically connected to the wiring pattern and are connected in parallel to each other, and the plurality of thermistors connected in parallel to each other being connected in series with the plurality of light-emitting elements connected in series to each other each of the plurality of light-emitting elements is electrically connected to a first pad of the wiring pattern , each of the plurality of thermistors is electrically connected to a second pad of the wiring pattern , and a shortest distance between any of the first pads and the second pad is larger than a thickness of the substrate . a socket ; and a light-emitting module that is provided on one end side of the socket , the light-emitting module including a substrate having a wiring pattern ; a plurality of light-emitting elements that are electrically connected to the wiring pattern and are connected in series to each other; and a plurality of thermistors that are electrically connected to the wiring pattern and are connected in parallel to each other, and the plurality of thermistors connected in parallel to each other being connected in series with the plurality of light-emitting elements connected in series to each other each of the plurality of light-emitting elements is electrically connected to a first pad of the wiring pattern , each of the plurality of thermistors is electrically connected to a second pad of the wiring pattern , and a shortest distance between any of the first pads and the second pad is larger than a thickness of the substrate .
An information processing apparatus comprising: first setting means for setting a date and time of acquisition of an electronic certificate from a certificate authority; generation means for generating change information for changing the date and time of acquisition set by the first setting means, the change information being random information generated based on information unique to the information processing apparatus; changing means for changing the date and time set by the first setting means based on the change information; second setting means for setting the date and time changed by the changing means; requesting means for performing an acquisition request for the electronic certificate to the certificate authority on the date and time set by the second setting means; and acquisition means for acquiring the electronic certificate as a response to the acquisition request. first setting means for setting a date and time of acquisition of an electronic certificate from a certificate authority; generation means for generating change information for changing the date and time of acquisition set by the first setting means, the change information being random information generated based on information unique to the information processing apparatus; changing means for changing the date and time set by the first setting means based on the change information; second setting means for setting the date and time changed by the changing means; requesting means for performing an acquisition request for the electronic certificate to the certificate authority on the date and time set by the second setting means; and acquisition means for acquiring the electronic certificate as a response to the acquisition request.
Aircraft cabin area , comprising at least one deployable floor panel arrangement comprising a substantially planar floor panel with at least one foldable seat arrangement mounted thereto, wherein the seat arrangement comprises at least one backrest which is configured to be movable between a stowed position in which it extends at an angle (α) of approximately 0° to 40° to the plane of the floor panel and a deployed position in which it extends at an angle (α) of approximately 80° to 180° to the plane of the floor panel , characterized in that the floor panel is pivotable relative to a floor area of the aircraft cabin area so that the floor panel can be moved between a deployed position in which it rests on and covers a certain amount of the floor area of the aircraft cabin area and a stowed position in which it extends substantially transverse thereto with its planar underside facing the inside of the aircraft cabin area so as to clear the floor area rested on and covered in the deployed position of the floor panel for transporting cargo.
A radio frequency, RF, interposer (100; 200) comprising: a carrier structure (102; 202) having a first planar surface and a second planar surface opposite the first planar surface; a plurality of RF ports (108; 208; 300; 400; 500) supported by the carrier structure, each of the RF ports comprising a coaxial transmission line structure having a center conductor extending from carrier structure first planar surface to the carrier structure second planar surface and an outer conductor electrically separated from the center conductor by a dielectric insulator; a first conductive shim (104; 204; 402) having a plurality of spring fingers (110; 410; 602; 702); and a second conductive shim (106; 206; 404) having a plurality of spring fingers, wherein, when the first conductive shim is disposed over the carrier structure first planar surface and the second conductive shim is disposed over the carrier structure second planar surface, an electrical pathway is established between the first shim, outer conductors of ones of the plurality of RF ports, and the second shim. a carrier structure (102; 202) having a first planar surface and a second planar surface opposite the first planar surface; a plurality of RF ports (108; 208; 300; 400; 500) supported by the carrier structure, each of the RF ports comprising a coaxial transmission line structure having a center conductor extending from carrier structure first planar surface to the carrier structure second planar surface and an outer conductor electrically separated from the center conductor by a dielectric insulator; a first conductive shim (104; 204; 402) having a plurality of spring fingers (110; 410; 602; 702); and a second conductive shim (106; 206; 404) having a plurality of spring fingers, wherein, when the first conductive shim is disposed over the carrier structure first planar surface and the second conductive shim is disposed over the carrier structure second planar surface, an electrical pathway is established between the first shim, outer conductors of ones of the plurality of RF ports, and the second shim.