mhurhangee/patent-ind-claim-en huggingface dataset:
A multilayered layered body comprising an evacuated thermal insulation body having a core material , which is enclosed by a gas-tight film , wherein the thermal insulation body has a first flat side and a second flat side , which is arranged opposite of the first side, wherein a lamination layer is laminated onto at least one flat side , wherein a primer layer applied to the thermal insulation body is arranged between thermal insulation body and lamination layer , wherein the primer layer is based on a dispersion of acrylic copolymers with ground limestone, wherein the laminated-on lamination layer is an external component of a jacketed plasterboard , so that a jacketed plasterboard is laminated onto the thermal insulation body and a layered body comprising the evacuated thermal insulation body and the jacketed plasterboard is provided, wherein the lamination layer is permanently attached to the thermal insulation body by means of an adhesive layer . a lamination layer is laminated onto at least one flat side , wherein a primer layer applied to the thermal insulation body is arranged between thermal insulation body and lamination layer , wherein the primer layer is based on a dispersion of acrylic copolymers with ground limestone, wherein the laminated-on lamination layer is an external component of a jacketed plasterboard , so that a jacketed plasterboard is laminated onto the thermal insulation body and a layered body comprising the evacuated thermal insulation body and the jacketed plasterboard is provided, wherein the lamination layer is permanently attached to the thermal insulation body by means of an adhesive layer .
An apparatus for forming a coextruded strip of a first compound (A) and a second compound (B), the apparatus comprising: a first extruder in fluid communication with a first gear pump for processing a first compound (A); and a second extruder in fluid communication with a second gear pump for processing a second compound (B); wherein the outlet of the first gear pump is in fluid communication with a first channel of a coextrusion nozzle , and the outlet of the second gear pump is in fluid communication with a second channel of the coextrusion nozzle ; and wherein the apparatus is configured such that the first and second compounds (A, B) are joined under pressure in a coextrusion zone at the coextrusion nozzle outlet or die ; characterized in that the coextrusion nozzle is mounted on a rotatable head . a first extruder in fluid communication with a first gear pump for processing a first compound (A); and a second extruder in fluid communication with a second gear pump for processing a second compound (B); wherein the outlet of the first gear pump is in fluid communication with a first channel of a coextrusion nozzle , and the outlet of the second gear pump is in fluid communication with a second channel of the coextrusion nozzle ; and wherein the apparatus is configured such that the first and second compounds (A, B) are joined under pressure in a coextrusion zone at the coextrusion nozzle outlet or die ; characterized in that the coextrusion nozzle is mounted on a rotatable head .
A housing of a sensor, wherein along a mounting direction (Y), the housing comprises: a base , provided with a plurality of first ventilation holes ; a shield body , connected to the base , and enclosing an accommodating cavity together with the base, wherein the accommodating cavity communicates with external gas through the first ventilation holes , and an end, away from the base along the mounting direction (Y), of the shield body is provided with a second ventilation opening ; a first cover body , disposed and shielded on the end, provided with the second ventilation opening , of the shield body , wherein between the first cover body and the shield body , there is a first gap communicating the second ventilation opening with the external gas, so that an air flow formed by the external gas in the first gap drives, by using the second ventilation opening , gas in the accommodating cavity to flow out; and a second cover body , disposed and shielded on the first cover body . a base , provided with a plurality of first ventilation holes ; a shield body , connected to the base , and enclosing an accommodating cavity together with the base, wherein the accommodating cavity communicates with external gas through the first ventilation holes , and an end, away from the base along the mounting direction (Y), of the shield body is provided with a second ventilation opening ; a first cover body , disposed and shielded on the end, provided with the second ventilation opening , of the shield body , wherein between the first cover body and the shield body , there is a first gap communicating the second ventilation opening with the external gas, so that an air flow formed by the external gas in the first gap drives, by using the second ventilation opening , gas in the accommodating cavity to flow out; and a second cover body , disposed and shielded on the first cover body .
A thermoelectric conversion module comprising: a plurality of substrates; a plurality of first electrodes ; a plurality of thermoelectric conversion elements each electrically connected at one end to the first electrodes ; a plurality of second electrodes , electrically connected to another end of each one of the thermoelectric conversion elements ; and characterised by connectors that electrically connect the plurality of first electrodes electrically connected to the thermoelectric conversion elements to the second electrodes electrically connected to adjacent thermoelectric conversion elements , a plurality of either the first electrodes or the second electrodes disposed on the substrates, a plurality of the connectors disposed between adjacent substrates, connectors positioned between adjacent substrates defined as inter-substrate connectors, a plurality of the inter-substrate connectors provided between adjacent substrates, one of the plurality of inter-substrate connectors connected from a first electrode positioned on one substrate to a second electrode positioned on another substrate, and another one of the plurality of inter-substrate connectors connected from a first electrode on the another substrate to a second electrode on the one substrate. a plurality of substrates; a plurality of first electrodes ; a plurality of thermoelectric conversion elements each electrically connected at one end to the first electrodes ; a plurality of second electrodes , electrically connected to another end of each one of the thermoelectric conversion elements ; and characterised by connectors that electrically connect the plurality of first electrodes electrically connected to the thermoelectric conversion elements to the second electrodes electrically connected to adjacent thermoelectric conversion elements , a plurality of either the first electrodes or the second electrodes disposed on the substrates, a plurality of the connectors disposed between adjacent substrates, connectors positioned between adjacent substrates defined as inter-substrate connectors, a plurality of the inter-substrate connectors provided between adjacent substrates, one of the plurality of inter-substrate connectors connected from a first electrode positioned on one substrate to a second electrode positioned on another substrate, and another one of the plurality of inter-substrate connectors connected from a first electrode on the another substrate to a second electrode on the one substrate.
A method for scanning a graphic medium scan target, the method comprising the steps of: capturing an image of the scan target over an exposure duration; actuating an illumination of the scan target during an illumination duration for capturing an image of the scan target over an exposure duration; deactivating the illumination of the scan target upon an expiration of the illumination duration, wherein the illumination duration is brief relative to the exposure duration and wherein the exposure duration persists after the expiration of the illumination duration, characterized by : evaluating a saturation related quality characteristic of the captured image relative to a target quality metric; and managing the exposure duration based on the saturation related quality related evaluation of the captured image. capturing an image of the scan target over an exposure duration; actuating an illumination of the scan target during an illumination duration for capturing an image of the scan target over an exposure duration; deactivating the illumination of the scan target upon an expiration of the illumination duration, wherein the illumination duration is brief relative to the exposure duration and wherein the exposure duration persists after the expiration of the illumination duration, characterized by : evaluating a saturation related quality characteristic of the captured image relative to a target quality metric; and managing the exposure duration based on the saturation related quality related evaluation of the captured image. evaluating a saturation related quality characteristic of the captured image relative to a target quality metric; and managing the exposure duration based on the saturation related quality related evaluation of the captured image.
Method for producing an optical component comprising a small-volume portion and a large-volume portion , including the steps of: a) producing a preliminary component by means of injection molding, wherein a region is omitted in the preliminary component in relation to the optical component , wherein the omitted region is situated in that portion of the preliminary component which corresponds to the large-volume portion in the optical component ; b) completing the optical component by complementing the preliminary component with the region that was omitted during injection molding after the injection-molded preliminary component has solidified, wherein - the region in the preliminary component omitted during the injection molding forms a recess in that portion of the preliminary component which corresponds to the large-volume portion in the optical component , - complementing is effectuated by means of a filling , which is introduced into the recess, and - the filling in the form of a solidifying or curing viscous filler is filled into the recess , said filler subsequently solidifying or curing, or the filling in the form of a dimensionally stable filling piece is inserted into the recess , characterized in that the completed optical component has a region only guiding light in the large-volume portion and the region omitted during the injection molding of the preliminary component is situated where the region only guiding light is present in the completed optical component . a) producing a preliminary component by means of injection molding, wherein a region is omitted in the preliminary component in relation to the optical component , wherein the omitted region is situated in that portion of the preliminary component which corresponds to the large-volume portion in the optical component ; b) completing the optical component by complementing the preliminary component with the region that was omitted during injection molding after the injection-molded preliminary component has solidified, wherein - the region in the preliminary component omitted during the injection molding forms a recess in that portion of the preliminary component which corresponds to the large-volume portion in the optical component , - complementing is effectuated by means of a filling , which is introduced into the recess, and - the filling in the form of a solidifying or curing viscous filler is filled into the recess , said filler subsequently solidifying or curing, or the filling in the form of a dimensionally stable filling piece is inserted into the recess , - the region in the preliminary component omitted during the injection molding forms a recess in that portion of the preliminary component which corresponds to the large-volume portion in the optical component , - complementing is effectuated by means of a filling , which is introduced into the recess, and - the filling in the form of a solidifying or curing viscous filler is filled into the recess , said filler subsequently solidifying or curing, or the filling in the form of a dimensionally stable filling piece is inserted into the recess ,
A method of power supply management of one or a plurality of first elements by a second element of a same first device , comprising the steps of: sending, to a second device , a time extension request (WTX) ; evaluating, during the time extension, a power available from an electromagnetic field (EMF) radiated by the second device; and adapting the power supply of the second element and of the first element(s) according to the available power. sending, to a second device , a time extension request (WTX) ; evaluating, during the time extension, a power available from an electromagnetic field (EMF) radiated by the second device; and adapting the power supply of the second element and of the first element(s) according to the available power.
A method for data transmission, the method comprising: detecting , by a user equipment, UE, control information in a search space for a control channel, wherein the detecting is in accordance with a subset of control signaling formats, wherein the subset of control signaling formats corresponds to a sub-carrier spacing configuration for the UE and the subset of control signaling formats comprises fewer control signaling formats than a set of control signaling formats for the control channel; and transmitting or receiving , by the UE, a data signal in accordance with the control information. detecting , by a user equipment, UE, control information in a search space for a control channel, wherein the detecting is in accordance with a subset of control signaling formats, wherein the subset of control signaling formats corresponds to a sub-carrier spacing configuration for the UE and the subset of control signaling formats comprises fewer control signaling formats than a set of control signaling formats for the control channel; and transmitting or receiving , by the UE, a data signal in accordance with the control information.
A capacitor , comprising: a first conductive layer ; an insulating layer , on the first conductive layer ; and a second conductive layer on the insulating layer , the first conductive layer being composed of one or more layers of a first van der Waals material, the insulating layer being composed of one or more layers of a second van der Waals material, and the second conductive layer being composed of one or more layers of a third van der Waals material. a first conductive layer ; an insulating layer , on the first conductive layer ; and a second conductive layer on the insulating layer , the first conductive layer being composed of one or more layers of a first van der Waals material, the insulating layer being composed of one or more layers of a second van der Waals material, and the second conductive layer being composed of one or more layers of a third van der Waals material.
An onboard display control device that is to be installed in a vehicle configured to enable autonomous driving, the device comprising: an information acquisition section that is configured to, in a case in which the vehicle attempts to merge from a traveling lane (R4) into a merging destination lane (R5) during autonomous driving, acquire information regarding a point (P1) at which the attempt will be aborted, before the vehicle arrives at the point (P1); and a display control section that is configured to display at a display portion that is to be provided within a vehicle cabin of the vehicle , characterized in that the display control section is configured to display the point (P1) at which the attempt will be aborted, before arrival at the point (P1). an information acquisition section that is configured to, in a case in which the vehicle attempts to merge from a traveling lane (R4) into a merging destination lane (R5) during autonomous driving, acquire information regarding a point (P1) at which the attempt will be aborted, before the vehicle arrives at the point (P1); and a display control section that is configured to display at a display portion that is to be provided within a vehicle cabin of the vehicle , characterized in that the display control section is configured to display the point (P1) at which the attempt will be aborted, before arrival at the point (P1).
A device for dosing coffee comprising a main body provided with a support base , an upper cover and a compact unit comprising at least three internally hollow substantially cylindrical integral chambers able to contain at their inside coffee doses and extending between said support base and said cover , wherein said main body is provided with a first opening formed in said cover and a second opening formed in said support base and wherein said compact unit is able to rotate around an axis so that said chambers are able to sequentially assume various configurations for which, in each of said configurations, the upper part of only one of said three chambers is located in correspondence of said first opening to be subjected to a coffee dose charging action and only another one of the remaining chambers is located in correspondence of said second opening to be subjected to a coffee dose discharging action, wherein the device for dosing coffee further comprises a motor designed to activate said rotation of said compact unit with said chambers , characterized in that said motor is fixed on said support base of said main body , substantially around the center thereof, and housed in said hollow area radially surrounded by said chambers .
A communication device , comprising: a plurality of processing modules arranged to process data and to store one or more profiles; a profile management unit arranged to manage one or more profiles stored on said processing modules , wherein the profile management unit is arranged to distribute one or more profiles to the processing modules , including routing downloaded profiles to said processing modules in dependence on a result of an eligibility test, characterized in that the profile management unit is arranged to perform the eligibility test on parameters of memory availability and required support for a given technology. a plurality of processing modules arranged to process data and to store one or more profiles; a profile management unit arranged to manage one or more profiles stored on said processing modules , wherein the profile management unit is arranged to distribute one or more profiles to the processing modules , including routing downloaded profiles to said processing modules in dependence on a result of an eligibility test, characterized in that the profile management unit is arranged to perform the eligibility test on parameters of memory availability and required support for a given technology.
Lixisenatide or/and a pharmaceutically acceptable salt thereof, for use in a method of treatment of pediatric patients suffering from type 2 diabetes mellitus.
A cleaning apparatus for cleaning a spherical object , the cleaning apparatus comprising: a first member having a first surface ; a second member having a second surface facing the first surface , the first surface and the second surface being sandwiching surfaces for sandwiching the spherical object , the first surface and the second surface being configured to be rotatable relative to each other; an introduction portion configured to introduce the spherical object into a space (S) between the first surface and the second surface ; and a discharge portion configured to discharge the spherical object from the space (S), one of the first surface and the second surface being provided with a spiral groove configured to guide the spherical object from the introduction portion to the discharge portion , characterized in that the spiral groove includes a portion having a path changed from a spiral path . a first member having a first surface ; a second member having a second surface facing the first surface , the first surface and the second surface being sandwiching surfaces for sandwiching the spherical object , the first surface and the second surface being configured to be rotatable relative to each other; an introduction portion configured to introduce the spherical object into a space (S) between the first surface and the second surface ; and a discharge portion configured to discharge the spherical object from the space (S), one of the first surface and the second surface being provided with a spiral groove configured to guide the spherical object from the introduction portion to the discharge portion , characterized in that the spiral groove includes a portion having a path changed from a spiral path .
A medical-technical clamping device for clamping attachment of a medical-technical device to a guide, wherein the clamping device has two clamping portions for clamping engagement with the guide, at least one clamping portion of which can be moved relative to the other clamping portion via an actuation mechanism , wherein the clamping device has a limiting unit which decouples at least the one clamping portion from the actuation mechanism in a force-dependent and/or path-dependent manner, characterized in that the actuation mechanism has a spindle interacting with a spindle groove , wherein the spindle , which is operatively connected and drivable with a rotational handle , is mounted axially fixed but rotatable about its longitudinal axis of the spindle in the clamping device , and the spindle nut is mounted in the clamping device so as to be axially displaceable in the direction of the longitudinal axis of the spindle but rotationally fixed, or the spindle is axially displaceable and mechanically connected to a clamping jaw so as not to be rotatable and the spindle nut is axially fixed but rotatable about an axis of rotation and mechanically connected to a rotational handle , wherein the clamping device comprises a housing , at least one outer side of which forms or comprises a clamping portion interacting with a clamping jaw positionable by the rotational handle , and the clamping jaw and the clamping portion each comprise an abutment structure for interacting with the guide. the clamping device has a limiting unit which decouples at least the one clamping portion from the actuation mechanism in a force-dependent and/or path-dependent manner, characterized in that the actuation mechanism has a spindle interacting with a spindle groove , wherein the spindle , which is operatively connected and drivable with a rotational handle , is mounted axially fixed but rotatable about its longitudinal axis of the spindle in the clamping device , and the spindle nut is mounted in the clamping device so as to be axially displaceable in the direction of the longitudinal axis of the spindle but rotationally fixed, or the spindle is axially displaceable and mechanically connected to a clamping jaw so as not to be rotatable and the spindle nut is axially fixed but rotatable about an axis of rotation and mechanically connected to a rotational handle , wherein the clamping device comprises a housing , at least one outer side of which forms or comprises a clamping portion interacting with a clamping jaw positionable by the rotational handle , and the clamping jaw and the clamping portion each comprise an abutment structure for interacting with the guide.