mhurhangee/patent-ind-claim-en huggingface dataset:
An air distribution device for an air conditioning unit of a motor vehicle, comprising an air inlet chamber to be supplied with an air flow and provided with a lower central outlet and an upper central outlet arranged at a level higher than the lower central outlet, as well as two side outlets arranged on opposite sides of the central outlets and oriented substantially orthogonally to the central outlets , and obstructing and deflecting means for distributing the air flow to said outlets; characterized in that said obstructing and deflecting means comprise a flap for controlling the distribution of the air flow to the central outlets and to the side outlets , said flap comprising two flat, coplanar side flap portions , and a central flap portion that interconnects the two side flap portions forming a single, continuous surface, wherein the flap is hinged about a rotation axis (x) parallel to a plane defined by the side flap portions , and staggered with respect thereto, wherein the central flap portion comprises a rostrum part with a V-shaped cross section, defining on opposite faces of the flap a recess and a relief , respectively, wherein the recess of the rostrum part has an edge at least partially extending in a plane that is inclined in the direction of rotation of the flap with respect to the plane defined by the side flap portions , and wherein the relief of the rostrum part has a ridge extending in a plane that is inclined in the direction of rotation of the flap with respect to the plane defined by the side flap portions ; wherein the flap is movable between a first terminal position, in which both central apertures are closed by the flap and the rostrum part of the flap is capable of deflecting the air flow towards the side apertures , and a second terminal position, in which the central apertures are open.
An apparatus comprising: means for determining that visual perspective mediated content is available within content provided to a rendering device , wherein the visual perspective mediated content comprises visual content which has been captured within a real three dimensional space which enables different visual scenes to be rendered via the rendering device wherein the visual scene that is rendered is dependent upon a position of a user of the rendering device ; and means for adding a notification to the content indicative that visual perspective mediated content captured in the real three dimensional space is available; wherein the notification comprises spatial audio effects added to the content to change spatialisation of the content, and wherein the change in spatialisation acts as the notification. means for determining that visual perspective mediated content is available within content provided to a rendering device , wherein the visual perspective mediated content comprises visual content which has been captured within a real three dimensional space which enables different visual scenes to be rendered via the rendering device wherein the visual scene that is rendered is dependent upon a position of a user of the rendering device ; and means for adding a notification to the content indicative that visual perspective mediated content captured in the real three dimensional space is available; wherein the notification comprises spatial audio effects added to the content to change spatialisation of the content, and wherein the change in spatialisation acts as the notification.
A potentiometric cell capable of selectively measuring potassium comprising a working and reference electrode, wherein the working electrode comprises a potassium ion-selective composition deposited on a conductive material comprising or consisting of between 1.6 and 2.4 mg per ml of solvent of Valinomycin, between 0.4 and 0.6 mg per ml of solvent of potassium Tetrakis (4-chlorophenyl) borate (KTFPB), between 52.48 and 78.72 mg per ml of solvent of Poly(vinylchloride) (PVC) with a molecular weight between 50000-250000 g/mol, and between 103.52 and 155.28 mg per ml of solvent of Bis(2-ethylhexyl) sebacate) (DOS), dissolved in a suitable carrier solvent such as THF (Tetrahydrofuran), and wherein the reference electrode comprises a composition deposited on a conductive material which comprises between 8 and 12 mg per ml of solvent of sodium chloride, and between 94.88 mg and 142.32 mg per ml of solvent of Butvar B-98, dissolved in methanol or THF; wherein Butvar B-98 is understood as polyvinyl butyryl having a molecular weight between 40000-70000 g/mol with butyryl content between 78 and 80% weight per total weight of the polyvinyl butyryl (w/w), hydroxyl content between 18 and 20% (w/w) and acetate less than 2.5%, preferably between 1.5 and 2.5% (w/w).
Compressor having a diffuser , in particular for a fuel cell system, having a widening section which has a defined length in a main flow direction of a flow in order to prevent the flow from being separated in an undesirable manner during operation of the compressor , wherein the diffuser has, in the widening section , a diffuser geometry with dead spaces (36-38) which are used in the flow to desirably form eddies (41-43), the flow direction of which, based on the main flow direction through the widening section of the diffuser , is directed outwards in the direction of a wall which delimits the widening section of the diffuser , wherein a preferably adjustable bellows is arranged in the widening section of the diffuser in order to represent the diffuser geometry with the dead spaces (36-38), and wherein the bellows comprises folds in order to represent the dead spaces (36-38) of the diffuser geometry , characterized in that the folds of the bellows are designed and arranged in such a manner that internal diameters of the folds increase in the main flow direction in order to represent the diffuser geometry with the dead spaces (36-38).
A biopsy container , comprising: - a container orientation mark , and - an alignment mark , wherein the container orientation mark is configured for a cooperation with a corresponding shaft orientation mark arranged on a tube shaft of a biopsy device to indicate a specific orientation of the biopsy container relative to the tube shaft , and wherein the alignment mark is configured for a registration of images of the biopsy container . - a container orientation mark , and - an alignment mark ,
A device for controlling the fluid exchange between at least two cushion chambers of a cushion , said device comprising, for each of the cushion chambers , at least one hose line for connection to the respective cushion chamber , having a passage chamber in which the hose lines are brought together so that the cushion chambers can be brought into fluid communication with one another via the passage chamber , and having a base for the passage chamber and a pressure body which sits on the passage chamber and is displaceable relative to the base in such a way that the pressure chamber can be variably compressed, characterised in that a bottom element arranged underneath the base and a cover element arranged above the pressure body are coupled to each other and can be rotated together and are coupled to the pressure body and/or to the base in such a way that the extent to which the passage chamber is compressed is changed when the bottom element and the cover element are rotated.
A packed roof window, said window comprising a ventilation passage and a ventilation flap with a handle bar , said ventilation passage extending from an interior side of the window to an exterior side of the window, said ventilation flap being provided on the interior side of the window and being moveable between a first position, where the ventilation passage is open, and a second position, where it covers the ventilation passage , where said roof window is contained in a cardboard box , and where blocks of shock absorbing materials are arranged inside the cardboard box to protect the roof window , characterised in that a pane-side ventilation flap retainer made from a paper-based material is provided on or at the ventilation flap to prevent it from unintentional movement, that the pane-side ventilation flap retainer is arranged between the ventilation flap and a pane of the roof window, and that the pane-side ventilation flap retainer is made from folded cardboard or folded corrugated cardboard, in that the pane-side ventilation flap retainer comprises a bone-shaped cut-out used for attachment to the handle bar of the roof window and two fold lines extending perpendicular to a longest dimension of the cut-out , wherein the cut-out has a straight section and two wider end sections , and wherein said two fold lines divide the pane-side ventilation flap retainer into a central portion and two end portions, said central portion comprising the straight section and each of said end portions comprising one of the wider end sections, and in that the pane-side ventilation flap retainer is folded along the fold lines , and said straight section extends in parallel with the handle bar and having passed over the handle bar, so that the handle bar is arranged in said wider end sections . a pane-side ventilation flap retainer made from a paper-based material is provided on or at the ventilation flap to prevent it from unintentional movement, that the pane-side ventilation flap retainer is arranged between the ventilation flap and a pane of the roof window, and that the pane-side ventilation flap retainer is made from folded cardboard or folded corrugated cardboard, in that the pane-side ventilation flap retainer comprises a bone-shaped cut-out used for attachment to the handle bar of the roof window and two fold lines extending perpendicular to a longest dimension of the cut-out , wherein the cut-out has a straight section and two wider end sections , and wherein said two fold lines divide the pane-side ventilation flap retainer into a central portion and two end portions, said central portion comprising the straight section and each of said end portions comprising one of the wider end sections, and
A method for providing a prognosis for a subject with prostate cancer, or selecting a subject with prostate cancer for treatment with a particular therapy, comprising: (a) detecting the level of LRG1 polypeptide in a sample from said subject using an in vitro assay and (b) comparing the level of said LRG1 polypeptide to a reference level of LRG1 polypeptide in a relevant control subject or group of subjects, wherein an altered amount of said LRG1 polypeptide relative to said reference provides an indication selected from the group consisting of an indication of disease recurrence, indication of survival of the subject and an indication that the subject is a candidate for treatment with a particular therapy, and wherein elevated amounts of said LRG1 polypeptide in the biological sample as compared to said reference level is indicative that the subject is a candidate for treatment with radiotherapy in addition to androgen deprivation therapy or other adjuvant therapy, or is likely to respond favorably to treatment with radiotherapy in combination with androgen deprivation therapy or other adjuvant therapy. (a) detecting the level of LRG1 polypeptide in a sample from said subject using an in vitro assay and (b) comparing the level of said LRG1 polypeptide to a reference level of LRG1 polypeptide in a relevant control subject or group of subjects, wherein an altered amount of said LRG1 polypeptide relative to said reference provides an indication selected from the group consisting of an indication of disease recurrence, indication of survival of the subject and an indication that the subject is a candidate for treatment with a particular therapy, and
A hydraulic system comprising: - a hydraulic pump fitted on a towing vehicle , - a hydraulic pipe connected to the outlet of the pump , - a control valve placed on the pipe, and - a connector placed at the outlet of the pipe and adapted to be connected to a complementary socket provided on a trailer for supplying power to a jack placed on the trailer, for example for dumping purposes, characterised in that it comprises: - a shuttle valve adapted to selectively connect said socket either to a jack or to a supply duct of a drive assistance circuit, and - an assistance circuit return duct adapted to be connected to a tank placed on the towing vehicle. - a hydraulic pump fitted on a towing vehicle , - a hydraulic pipe connected to the outlet of the pump , - a control valve placed on the pipe, and - a connector placed at the outlet of the pipe and adapted to be connected to a complementary socket provided on a trailer for supplying power to a jack placed on the trailer, for example for dumping purposes, characterised in that it comprises: - a shuttle valve adapted to selectively connect said socket either to a jack or to a supply duct of a drive assistance circuit, and - an assistance circuit return duct adapted to be connected to a tank placed on the towing vehicle.
A single-piece ferrule for a fitting for coupling a capillary to another component of a fluidic device , wherein the ferrule comprises a ferrule body ; wherein the ferrule body has a lumen configured for receiving at least a part of the capillary ; wherein the ferrule extends between a cone end and a compression end ; wherein the ferrule body has a tapering front part configured for forming a sealed connection with a housing of the fitting , the tapering front part having a front face , a back face and a lateral surface tapering from the back face of the tapering front part towards the front face of the tapering front part ; characterized in that a back side of the tapering front part has an annular undercut formed as a circumferential recess extending into the back face of the tapering front part along to an extension direction of the lumen and tapering inwardly in a direction from the compression end to the cone end , the ferrule body has a tapering middle part adjacent to the annular undercut of the tapering front part , wherein the annular undercut is configured to be radially reduced in volume upon compressing the ferrule for forming the sealed connection with the housing .
A semiconductor device , comprising: a carrier wafer ; and an integrated circuit, IC , formed on a device wafer and bonded to the carrier wafer , wherein the IC includes: a front end layer having one or more transistors at a front side of the device wafer , and one or more gaps formed by removing components of the one or more transistors ; a back end layer having a metal interconnect coupled to the one or more transistors of the front end layer ; and a capping layer at backside of the device wafer which is opposite the front side of the device wafer , filling at least partially the one or more gaps of the front end layer , wherein the capping layer is next to the front end layer of the device wafer , wherein the capping layer is bonded to the carrier wafer ; and wherein one or more air gaps are formed within the one or more gaps of the front end layer and between the capping layer and the back end layer , wherein the one or more air gaps are to reduce parasitic capacitance of the IC compared to the IC without the one or more air gaps . a carrier wafer ; and an integrated circuit, IC , formed on a device wafer and bonded to the carrier wafer , wherein the IC includes: a front end layer having one or more transistors at a front side of the device wafer , and one or more gaps formed by removing components of the one or more transistors ; a back end layer having a metal interconnect coupled to the one or more transistors of the front end layer ; and a capping layer at backside of the device wafer which is opposite the front side of the device wafer , filling at least partially the one or more gaps of the front end layer , wherein the capping layer is next to the front end layer of the device wafer , wherein the capping layer is bonded to the carrier wafer ; and a front end layer having one or more transistors at a front side of the device wafer , and one or more gaps formed by removing components of the one or more transistors ; a back end layer having a metal interconnect coupled to the one or more transistors of the front end layer ; and a capping layer at backside of the device wafer which is opposite the front side of the device wafer , filling at least partially the one or more gaps of the front end layer , wherein the capping layer is next to the front end layer of the device wafer , wherein the capping layer is bonded to the carrier wafer ; and wherein one or more air gaps are formed within the one or more gaps of the front end layer and between the capping layer and the back end layer , wherein the one or more air gaps are to reduce parasitic capacitance of the IC compared to the IC without the one or more air gaps .
A Layered Object Manufacturing (LOM) system for forming a three-dimensional object from a plurality of individual media layers, each media layer defining a layer of the object, and having temporary regions and permanent regions , comprising: an adhesive dispensing device for applying adhesive to the plurality of media layers in turn for bonding the individual layers together to form the object, the adhesive dispensing device configured to apply, a first temporary tack adhesive to the temporary regions of a media layer and a second bonding adhesive to the permanent region of the media layer, the first temporary tack adhesive being releasable and/or removable and the second bonding adhesive being a permanent bond adhesive; a heating element configured: to heat a plurality of media layers, to which the adhesives have been applied, above a predetermined temperature to causing the first temporary tack adhesive to melt, and on cooling re-solidify to form a temporary bond region; and to heat the plurality of media layers, to which the adhesives have been applied, above the melting point of the tack adhesive , causing the tack adhesive to migrate away from the interlayer bonding region by capillary action, and the second bonding adhesive to permanently bond together the permanent regions. an adhesive dispensing device for applying adhesive to the plurality of media layers in turn for bonding the individual layers together to form the object, the adhesive dispensing device configured to apply, a first temporary tack adhesive to the temporary regions of a media layer and a second bonding adhesive to the permanent region of the media layer, the first temporary tack adhesive being releasable and/or removable and the second bonding adhesive being a permanent bond adhesive; a heating element configured: to heat a plurality of media layers, to which the adhesives have been applied, above a predetermined temperature to causing the first temporary tack adhesive to melt, and on cooling re-solidify to form a temporary bond region; and to heat the plurality of media layers, to which the adhesives have been applied, above the melting point of the tack adhesive , causing the tack adhesive to migrate away from the interlayer bonding region by capillary action, and the second bonding adhesive to permanently bond together the permanent regions. to heat a plurality of media layers, to which the adhesives have been applied, above a predetermined temperature to causing the first temporary tack adhesive to melt, and on cooling re-solidify to form a temporary bond region; and to heat the plurality of media layers, to which the adhesives have been applied, above the melting point of the tack adhesive , causing the tack adhesive to migrate away from the interlayer bonding region by capillary action, and the second bonding adhesive to permanently bond together the permanent regions.
Control method for a hand-held power tool , which has a tool fitting and a motor for driving the tool fitting in a rotating manner about a working axis , comprising the steps of: detecting (S1) a rotating movement of a housing of the hand-held power tool about the working axis , triggering (S2) a protective function for reducing a torque output of the motor if the detected rotating movement about the working axis exceeds a specific limit value, and switching off (S3) the protective function on the basis of a characteristic variable of a frequency spectrum of a detected rotating movement about the working axis . detecting (S1) a rotating movement of a housing of the hand-held power tool about the working axis , triggering (S2) a protective function for reducing a torque output of the motor if the detected rotating movement about the working axis exceeds a specific limit value, and switching off (S3) the protective function on the basis of a characteristic variable of a frequency spectrum of a detected rotating movement about the working axis .
A flame retardant composition comprising (A) a piperazine phosphate, (B) a melamine phosphate, and (C) an oil having a siloxane bond and a specific gravity of 0.930 to less than 0.970 at 25°C, component (C) being present in an amount of 0.01 to 5 parts by mass per 100 parts by mass of the sum of components (A) and (B); and further comprising (D) 0.01 to 5 parts by mass, per 100 parts by mass of the sum of components (A) and (B), of a methylhydrogen silicone oil having hydrogen in a part of the side chains of polysiloxane and a specific gravity of 0.970 to less than 1.01 at 25°C; wherein the specific gravity is measured by the method specified in JIS Z8804. further comprising (D) 0.01 to 5 parts by mass, per 100 parts by mass of the sum of components (A) and (B), of a methylhydrogen silicone oil having hydrogen in a part of the side chains of polysiloxane and a specific gravity of 0.970 to less than 1.01 at 25°C; wherein the specific gravity is measured by the method specified in JIS Z8804.
Method for validation of an obstacle candidate identified within a sequence of image frames , the method comprising the following steps: A. for a current image frame of the sequence of image frames - determining within the current image frame a region of interest representing the obstacle candidate , - dividing the region of interest into sub-regions , and - for each sub-region , determining a Time-To-Contact (TTC) based on at least the current image frame and a preceding or succeeding image frame of the sequence of image frames ; B. determining one or more classification features based on the TTCs of the sub-regions determined for the current image frame ; and C. classifying the obstacle candidate based on the determined one or more classification features , wherein the classification returns whether the obstacle candidate is valid or not, and wherein there preferably is a third possible classification result which indicates that it remains unclear whether the obstacle candidate is valid or not. A. for a current image frame of the sequence of image frames - determining within the current image frame a region of interest representing the obstacle candidate , - dividing the region of interest into sub-regions , and - for each sub-region , determining a Time-To-Contact (TTC) based on at least the current image frame and a preceding or succeeding image frame of the sequence of image frames ; - determining within the current image frame a region of interest representing the obstacle candidate , - dividing the region of interest into sub-regions , and - for each sub-region , determining a Time-To-Contact (TTC) based on at least the current image frame and a preceding or succeeding image frame of the sequence of image frames ; B. determining one or more classification features based on the TTCs of the sub-regions determined for the current image frame ; and C. classifying the obstacle candidate based on the determined one or more classification features , wherein the classification returns whether the obstacle candidate is valid or not, and wherein there preferably is a third possible classification result which indicates that it remains unclear whether the obstacle candidate is valid or not.