mhurhangee/patent-ind-claim-en huggingface dataset:
A floor structure for sanitary installations, comprising the following: a support having an upper side , which has at least in sections an inclination sloping down to a side of the support, and a lower side , which can be arranged substantially parallel to a substructure of a sanitary installation; and a plurality of foot elements , which can be connected to the support in such a way that each foot element supports the support at a distance from the substructure , wherein the distance substantially corresponds to a height of the respective foot element , wherein the height of the foot elements is individually adjustable, characterised in that the support has a plurality of openings between the upper side and the lower side and the foot elements are connectable to the support and screwable to or into at least one of the plurality of openings in such a way that the height of the foot elements is adjustable through the openings , and wherein the support further has a plurality of recesses, into which a plug-in part with an auxiliary opening is insertable, wherein the auxiliary opening corresponds in its shape to the openings of the support, so that foot elements are also insertable into the auxiliary opening of the plug-in part and support the support . a support having an upper side , which has at least in sections an inclination sloping down to a side of the support, and a lower side , which can be arranged substantially parallel to a substructure of a sanitary installation; and a plurality of foot elements , which can be connected to the support in such a way that each foot element supports the support at a distance from the substructure , wherein the distance substantially corresponds to a height of the respective foot element , wherein the height of the foot elements is individually adjustable, characterised in that the support has a plurality of openings between the upper side and the lower side and the foot elements are connectable to the support and screwable to or into at least one of the plurality of openings in such a way that the height of the foot elements is adjustable through the openings , and wherein the support further has a plurality of recesses, into which a plug-in part with an auxiliary opening is insertable, wherein the auxiliary opening corresponds in its shape to the openings of the support, so that foot elements are also insertable into the auxiliary opening of the plug-in part and support the support .
A composition comprising isolated exosomes derived from syndecan-2 positive (SDC2+) stromal cells, wherein at least 20% of the exosomes comprise syndecan-2 (SDC2), for use in a method for treating a lung inflammatory response in a subject, wherein the lung inflammatory response is one or more inflammatory responses selected from the group consisting of ARDS, asthma, chronic obstructive pulmonary disease, cystic fibrosis, bronchitis, emphysema, pneumonia, and pulmonary edema.
A retainer system comprising: a retainer device comprising a housing mountable to a platform or vessel , the housing defining a through bore for receiving a pipe string ; a safety sleeve extending through the housing ; a stop arrangement mountable on the pipe string ; wherein engagement between the safety sleeve and the stop arrangement limits relative upward movement between the housing and the pipe string . a retainer device comprising a housing mountable to a platform or vessel , the housing defining a through bore for receiving a pipe string ; a safety sleeve extending through the housing ; a stop arrangement mountable on the pipe string ; wherein engagement between the safety sleeve and the stop arrangement limits relative upward movement between the housing and the pipe string .
Sound transducer arrangement (100; 100a), having a carrier device on which a plurality of sound transducer elements are fastened, having a housing , which has an interior space , for receiving the carrier device , wherein an, in particular circumferential, gap is formed between the inner cross section, which is formed by an inner wall , of the housing and an outer circumference of the carrier device , wherein the carrier device , on the side which faces away from the sound transducer elements , is at least indirectly overlapped by a sealing compound , and wherein a sealing element is provided, which is designed to prevent ingress of the sealing compound , via the gap , into the interior space of the housing on that side of the carrier device which faces away from the sealing compound , characterized in that the sealing element is designed as a housing edge which projects into the interior space and is integrally formed on the inner wall of the housing and is arranged with an overlap with the carrier device in regions so as to form an axial stop for the carrier device .
An insulated glazing system comprising: - a first glass pane , - a second glass pane , - a spacer element comprising a first surface designed for coupling with said first glass pane and a second surface designed for coupling with said second glass pane , - support means within the insulated glazing system, for a blind, a screen or the like , - a first profile and engagement means , - said first profile comprising a first surface designed for coupling with said support means and a second surface designed for coupling with a bottom surface of said spacer element , - each of said first profile and said spacer element has at least one through hole , - said engagement means engaging said through holes to thereby provide a tight mechanical coupling between said spacer element and said first profile , characterized in that the spacer element is a warm edge spacer element made of a low heat-conductive material being natural rubber, synthetic rubber or silicone foam. - a first glass pane , - a second glass pane , - a spacer element comprising a first surface designed for coupling with said first glass pane and a second surface designed for coupling with said second glass pane , - support means within the insulated glazing system, for a blind, a screen or the like , - a first profile and engagement means , - said first profile comprising a first surface designed for coupling with said support means and a second surface designed for coupling with a bottom surface of said spacer element , - each of said first profile and said spacer element has at least one through hole , - said engagement means engaging said through holes to thereby provide a tight mechanical coupling between said spacer element and said first profile ,
Continuous method for preparing a solid composition of an acetylated derivative of amylaceous material, said method comprising: a) a step of acetylation reaction of the amylaceous material with acetic anhydride and/or acetic acid in the presence of a catalyst to obtain a reaction medium in the form of an adhesive of acetylated amylaceous material, in which the catalyst is methanesulfonic acid or sodium acetate, b) a step of neutralising said catalyst, c) a step of evaporating the reaction medium in order to solidify said reaction medium; d) a step of recovering the reaction medium thus depleted of acetic acid and solidified. a) a step of acetylation reaction of the amylaceous material with acetic anhydride and/or acetic acid in the presence of a catalyst to obtain a reaction medium in the form of an adhesive of acetylated amylaceous material, in which the catalyst is methanesulfonic acid or sodium acetate, b) a step of neutralising said catalyst, c) a step of evaporating the reaction medium in order to solidify said reaction medium; d) a step of recovering the reaction medium thus depleted of acetic acid and solidified.
A method of preparing one or more types of lithium compounds from lithium-containing mineral, wherein the method comprises a) a leaching step, wherein the lithium-containing mineral is leached in aqueous alkaline carbonate leach solution, for liberating lithium compounds and phosphate(s) from the lithium-containing mineral, thus obtaining a leach slurry containing lithium carbonate and phosphate(s), b) a carbonization step, wherein the obtained leach slurry is reacted with an alkali earth metal compound in the presence of CO 2 , for obtaining a carbonated slurry containing lithium hydrogen carbonate, and for precipitating phosphate(s) from the leach slurry as insoluble phosphate compound(s), c) a solid-liquid separation step, wherein the carbonated slurry obtained from the carbonization step is subjected to solid-liquid separation, wherein undissolved mineral and the insoluble phosphate compound(s) are separated as solids that can be recovered or discarded, thereby obtaining a solution containing lithium hydrogen carbonate. a) a leaching step, wherein the lithium-containing mineral is leached in aqueous alkaline carbonate leach solution, for liberating lithium compounds and phosphate(s) from the lithium-containing mineral, thus obtaining a leach slurry containing lithium carbonate and phosphate(s), b) a carbonization step, wherein the obtained leach slurry is reacted with an alkali earth metal compound in the presence of CO 2 , for obtaining a carbonated slurry containing lithium hydrogen carbonate, and for precipitating phosphate(s) from the leach slurry as insoluble phosphate compound(s), c) a solid-liquid separation step, wherein the carbonated slurry obtained from the carbonization step is subjected to solid-liquid separation, wherein undissolved mineral and the insoluble phosphate compound(s) are separated as solids that can be recovered or discarded, thereby obtaining a solution containing lithium hydrogen carbonate.
A structure of an underrun protection bound to a plurality of brackets disposed at the front or rear portion of a frame of a vehicle, wherein a hollow having a closed section is defined by a distal face of a longitudinal direction of the vehicle, a proximal face of the longitudinal direction, an upper face , and a lower face , wherein lightening holes are formed on at least one of the upper face and the lower face of the underrun protection , wherein the underrun protection has binder parts between a middle part of a extending direction of the underrun protection and each edge, which binder parts are bound to the respective brackets , wherein in addition to the binder parts the underrun protection is divided into multiple parts, namely edge parts outside the respective binder parts in a width direction of the vehicle and the middle part between the binder parts in the width direction of the vehicle, wherein among multiple lightening holes , middle lightening holes formed in the middle part are discriminated from an edge lightening hole formed in the edge part , wherein the underrun protection comprises a distal panel disposed on a distal side of the longitudinal direction of the vehicle and a proximal panel disposed on a proximal side of the longitudinal direction of the vehicle, the distal panel and the proximal panel being engaged with each other to form a hollow having a closed section and wherein at least one edge of flanges of the distal panel extends to a position including a part where the lightening hole is formed; and an inner face of the edge of the flange of the distal panel is in contact with and is engaged with an outer face of an edge of the corresponding flange of the proximal panel by welding.
A container inspection device for inspecting containers in a container treatment plant, comprising at least one light fixture (11 to 15) for illuminating containers at a predetermined inspection instant of time for inspecting the containers , the containers being moved by a transport device through the container inspection device , at least one recording unit (21 to 24) for recording at least one image of the containers , and an electrical line for connecting the at least one light fixture (11 to 15) to an electrical energy supply and to a bus system , so that the electrical line serves both to supply the at least one light fixture (11 to 15) with electrical energy and to connect with a real time data network, wherein the container inspection device is configured to illuminate the moving containers with the at least one light fixture (11 to 15) such that the at least one recording unit (21 to 24) is able to optically detect one of the moving containers , when the containers are positioned individually and one after the other in a row in a container stream , and wherein the bus system is configured to trigger the illumination of the containers with the at least one light fixture (11 to 15) and to trigger the at least one recording unit (21 to 24) for recording at least one image of the containers .
An insert for an air intake of a suction duct , the insert comprising: an inner portion configured to extend within the suction duct , the inner portion including a conduit having opposed inlet and outlet ends, the conduit having a central axis extending along an inlet direction at the inlet end and along an outlet direction at the outlet end, the conduit being curved so that the inlet and outlet directions are non-parallel, the outlet end having a smaller cross-sectional area than that of the suction duct ; a mating portion configured for sealingly engaging the air intake , the inner portion extending inwardly from the mating portion ; and an outer portion configured for extending outside of the suction duct , the outer portion extending outwardly from the mating portion , the insert including an inlet in fluid communication with the inlet end of the conduit , the outer portion including a curved lip surrounding at least part of an inlet opening of the inlet and defining a leading edge of the inlet. an inner portion configured to extend within the suction duct , the inner portion including a conduit having opposed inlet and outlet ends, the conduit having a central axis extending along an inlet direction at the inlet end and along an outlet direction at the outlet end, the conduit being curved so that the inlet and outlet directions are non-parallel, the outlet end having a smaller cross-sectional area than that of the suction duct ; a mating portion configured for sealingly engaging the air intake , the inner portion extending inwardly from the mating portion ; and an outer portion configured for extending outside of the suction duct , the outer portion extending outwardly from the mating portion , the insert including an inlet in fluid communication with the inlet end of the conduit , the outer portion including a curved lip surrounding at least part of an inlet opening of the inlet and defining a leading edge of the inlet.
A User Equipment, UE, having a connected state and an idle state for use in a cellular communications network, the UE comprising: means for logging , whilst in the idle state, historic data identifying the UEs location, and UE measurements performed in idle for the purposes of intra-frequency/inter-frequency/inter-RAT cell selection/reselection; and means for reporting the logged historic data to a network communications device, at a point in time when the UE is in the connected state. means for logging , whilst in the idle state, historic data identifying the UEs location, and UE measurements performed in idle for the purposes of intra-frequency/inter-frequency/inter-RAT cell selection/reselection; and means for reporting the logged historic data to a network communications device, at a point in time when the UE is in the connected state.
A fan blade comprising a main body extending between a leading edge and a trailing edge , and having channels formed into said main body from an open side to an inner side with a plurality of ribs extending across the main body intermediate the channels , the fan blade having a dovetail , and an airfoil extending radially outwardly from said dovetail , said ribs having a thickness defined as measured generally from said leading edge toward said trailing edge , with a thickness of at least one of said ribs being formed to be generally thicker adjacent a rib radially inner end , and becoming thinner moving in a radially outward direction; characterized in that a ratio of a thickness (t 1 ) of said at least one rib selected near the rib radially inner end compared to a thickness (t 2 ) selected near a rib radially outer end is between 1.1 and 8, and in that an outer skin closes off the channels at the at least one open side .
A sheet stacker , comprising: - a sheet conveyor arrangement , configured for feeding a plurality of sheets (C) and having a sheet discharge end ; - a stacking bay , wherein sheets (C) delivered by the sheet conveyor arrangement are formed into stacks (S) and comprised of a stack conveyor movable in a conveyor direction (f19) parallel to a sheet feeding direction (F), according to which the sheets (F) are fed from the sheet discharge end onto the stack conveyor ; wherein the sheet discharge end is configured and controlled such that it is gradually lifted during sheet stacking, in order to accommodate a growing stack (S) of sheets (C) being formed on the stack conveyor ; wherein a stop plate is positioned in the stacking bay above the stack conveyor and in front of the sheet discharge end of the sheet conveyor arrangement ; and wherein the stop plate is configured and controlled to be gradually lifted from the stack conveyor as the sheet stack (S) grows, to be withdrawn upon completion of the stack (S), thus allowing removal of the stack in an evacuation direction (fE) substantially parallel to the conveyor direction (fl9), away from the sheet discharge end of the sheet conveyor arrangement , and to be lowered towards the stack conveyor again; characterized in that : the sheet conveyor arrangement is supported by a stationary supporting structure comprised of uprights , said stationary supporting structure further including uprights and a cross member surrounding the stacking bay ; a carriage is slidingly mounted along the cross member ; and the stop plate is supported by the carriage . - a sheet conveyor arrangement , configured for feeding a plurality of sheets (C) and having a sheet discharge end ; - a stacking bay , wherein sheets (C) delivered by the sheet conveyor arrangement are formed into stacks (S) and comprised of a stack conveyor movable in a conveyor direction (f19) parallel to a sheet feeding direction (F), according to which the sheets (F) are fed from the sheet discharge end onto the stack conveyor ;
Brake system for a motor vehicle, comprising: - a primary system and a secondary system , each of which is designed to automatically brake the motor vehicle to standstill in accordance with an emergency function and then secure it at standstill; - characterized in that at least the primary system is designed to execute the emergency function when a fault occurs in a vehicle function designed for autonomous control or for remote control of the motor vehicle, wherein in this case the secondary system is designed to execute the emergency function when a fault occurs in the primary system . - a primary system and a secondary system , each of which is designed to automatically brake the motor vehicle to standstill in accordance with an emergency function and then secure it at standstill; - characterized in that at least the primary system is designed to execute the emergency function when a fault occurs in a vehicle function designed for autonomous control or for remote control of the motor vehicle, wherein in this case the secondary system is designed to execute the emergency function when a fault occurs in the primary system .
An observation device , in particular an endoscopic observation system, comprising: - an instrument comprising a shaft having a proximal end and a distal end , - objective optics disposed at the shaft and having a field of view , - an imaging sensor arranged to capture image data, the imaging sensor forming a sensor array composed of evenly distributed sensitive elements, and - an image processing unit , wherein the objective optics is arranged to project a scene in the field of view to the imaging sensor , wherein the objective optics defines at least a central imaging region and a peripheral imaging region within the field of view , wherein the objective optics has different focal lengths in the central imaging region and the peripheral imaging region , wherein in the central imaging region a first optical imaging resolution and in the peripheral imaging region a second optical imaging resolution is provided, the first imaging resolution being larger than the second imaging resolution, wherein images captured by the imaging sensor have, within one captured image, at least one wide field peripheral image portion and at least one increased resolution central image portion , and wherein the image processing unit is arranged to apply digital zooming to the central image portion , while preferably maintaining a magnification of the at least one wide field peripheral image portion . - an instrument comprising a shaft having a proximal end and a distal end , - objective optics disposed at the shaft and having a field of view , - an imaging sensor arranged to capture image data, the imaging sensor forming a sensor array composed of evenly distributed sensitive elements, and - an image processing unit , wherein the objective optics is arranged to project a scene in the field of view to the imaging sensor , wherein the objective optics defines at least a central imaging region and a peripheral imaging region within the field of view , wherein the objective optics has different focal lengths in the central imaging region and the peripheral imaging region , wherein in the central imaging region a first optical imaging resolution and in the peripheral imaging region a second optical imaging resolution is provided, the first imaging resolution being larger than the second imaging resolution, wherein images captured by the imaging sensor have, within one captured image, at least one wide field peripheral image portion and at least one increased resolution central image portion , and wherein the image processing unit is arranged to apply digital zooming to the central image portion , while preferably maintaining a magnification of the at least one wide field peripheral image portion .