mhurhangee/patent-ind-claim-en huggingface dataset:
A system for numerical simulation of sound reception employing at least one mutable state-space filter, wherein: said mutable state-space filter comprises an input matrix of time-varying size and time-varying coefficients; the system comprises means for receiving a time-varying number of input sound signals ; the system comprises means for receiving a time-varying number of input coordinate signals associated to at least one of said input sound signals; the time-varying size of said input matrix is characterized in that the number of projection vectors comprised in said input matrix is time-varying and is determined based on the number of said input sound signals, wherein at least one of said projection vectors is associated to one of said input sound signals; the system comprises means for translating at least one of said input coordinate signals into at least one of the coefficients comprised in at least one of said projection vectors, wherein said means comprise evaluating a parametric model or performing a table lookup ; the size of the input vector used to drive said mutable state-space filter is time-varying, wherein at least one of said input sound signals is fed into one component of said input vector. said mutable state-space filter comprises an input matrix of time-varying size and time-varying coefficients; the system comprises means for receiving a time-varying number of input sound signals ; the system comprises means for receiving a time-varying number of input coordinate signals associated to at least one of said input sound signals; the time-varying size of said input matrix is characterized in that the number of projection vectors comprised in said input matrix is time-varying and is determined based on the number of said input sound signals, wherein at least one of said projection vectors is associated to one of said input sound signals; the system comprises means for translating at least one of said input coordinate signals into at least one of the coefficients comprised in at least one of said projection vectors, wherein said means comprise evaluating a parametric model or performing a table lookup ; the size of the input vector used to drive said mutable state-space filter is time-varying, wherein at least one of said input sound signals is fed into one component of said input vector.
Rear load carrier for mounting on a motor vehicle with a supporting frame which has a connection device for fastening to a trailer hitch on the vehicle side, the connection device comprising a housing body open towards the underside, two retaining elements which form a downwardly open receptacle between them for a connection head of the trailer hitch and are each mounted on the housing body so as to be pivotable about a swivel axis (X1, X2), and an operating device coupled to the retaining elements for pivoting them relative to one another between an insertion position in which the retaining elements are pivoted apart such that the connection device can be placed on or removed from the connection head and a holding position in which the retaining elements fixingly engage around a connection head located in the receptacle, characterized in that the operating device is pivotally connected to both retaining elements above the swivel axis (X1, X2) in such a way that the free end sections of both retaining elements located below the swivel axis (X1, X2) are pivoted towards one another in opposite directions by the operating device when the retaining elements are pivoted from their insertion position into their holding position. a housing body open towards the underside, two retaining elements which form a downwardly open receptacle between them for a connection head of the trailer hitch and are each mounted on the housing body so as to be pivotable about a swivel axis (X1, X2), and an operating device coupled to the retaining elements for pivoting them relative to one another between an insertion position in which the retaining elements are pivoted apart such that the connection device can be placed on or removed from the connection head and a holding position in which the retaining elements fixingly engage around a connection head located in the receptacle,
A method for determining a permanent identity of a wireless communication unit located within a cellular communication system comprising at least one core network element operably coupled to an access point, the method including, at an access point : serving a first cell; assigning to the access point, a tracking area identifier relating to a tracking area that is different from a tracking area identifier relating to a tracking area assigned to neighbouring cells; broadcasting a signal containing the assigned tracking area identifier; receiving a connection request from a wireless communication unit located within the first cell, wherein the connection request includes: a temporary identity of the wireless communication unit and information identifying a most recently serving core network element that most recently served the wireless communication unit; and wherein the method is characterised by : forwarding the connection request message to a network node ; receiving an instruction from the network node , in response to the network node receiving a requested permanent identity of the wireless communication unit from an identified, most recently serving core network element, where the instruction is to forward the connection request to a core network element supporting the access point, and sending , on receipt of said instruction, the connection request to the core network element supporting the access point, wherein the fist cell is a presence cell. serving a first cell; assigning to the access point, a tracking area identifier relating to a tracking area that is different from a tracking area identifier relating to a tracking area assigned to neighbouring cells; broadcasting a signal containing the assigned tracking area identifier; receiving a connection request from a wireless communication unit located within the first cell, wherein the connection request includes: a temporary identity of the wireless communication unit and information identifying a most recently serving core network element that most recently served the wireless communication unit; and forwarding the connection request message to a network node ; receiving an instruction from the network node , in response to the network node receiving a requested permanent identity of the wireless communication unit from an identified, most recently serving core network element, where the instruction is to forward the connection request to a core network element supporting the access point, and sending , on receipt of said instruction, the connection request to the core network element supporting the access point,
A combined driving sleeve of a drilling rig with a reliably fixed draw key , comprising: a driving sleeve body having a longitudinal axis, two longitudinal ends, a groove extending in a longitudinal direction on a radial inner surface from one longitudinal end to the second longitudinal end of the driving sleeve body, a body thickness bounded by the inner surface and a radial outer surface of the driving sleeve body, and a bolt hole extending in the body thickness in the longitudinal direction of the driving sleeve body; a draw key sized to protrude radially inward from the groove; a fixed stopper block ; a movable stopper block having a bolt hole; and a bolt ; wherein the fixed stopper block is fixed at one end of the groove of the driving sleeve body, while the movable stopper block is fixed at the other end of the groove of the driving sleeve body by means of the bolt, and the draw key is fixed into the groove of the driving sleeve body by means of the fixed stopper block and the movable stopper block; characterized in that , to fix the movable stopper block at the other end of the groove, the bolt is introduced first through the movable stopper block hole before being introduced into the driving sleeve body bolt hole. a driving sleeve body having a longitudinal axis, two longitudinal ends, a groove extending in a longitudinal direction on a radial inner surface from one longitudinal end to the second longitudinal end of the driving sleeve body, a body thickness bounded by the inner surface and a radial outer surface of the driving sleeve body, and a bolt hole extending in the body thickness in the longitudinal direction of the driving sleeve body; a draw key sized to protrude radially inward from the groove; a fixed stopper block ; a movable stopper block having a bolt hole; and a bolt ; wherein the fixed stopper block is fixed at one end of the groove of the driving sleeve body, while the movable stopper block is fixed at the other end of the groove of the driving sleeve body by means of the bolt, and the draw key is fixed into the groove of the driving sleeve body by means of the fixed stopper block and the movable stopper block; characterized in that , to fix the movable stopper block at the other end of the groove, the bolt is introduced first through the movable stopper block hole before being introduced into the driving sleeve body bolt hole.
A camera module comprising: a frame accommodating a lens barrel ; a housing accommodating the frame, and an elastic member disposed in the housing ; wherein the frame is pressed toward the bottom surface of the housing by the elastic member in a state in which the frame is aligned with respect to the housing ; wherein the housing comprises one or more openings exposing the frame to outside of the housing ; and wherein a printed circuit board , on which an image sensor is mounted, is fixed to a lower portion of the housing , the camera module being characterised in that : four adjustment parts are provided respectively at the four corners of the frame , each adjustment part being a recessed portion formed at a corner of the frame and being exposed through one of said openings of the housing so that a separate tool is insertable in each of the adjustment parts to adjust the position of the frame by lifting at least one of the separate tools; wherein the frame is fixed to the housing in a state in which the optical axis (O) of the lens barrel is aligned perpendicular to an image formation surface of the image sensor . a frame accommodating a lens barrel ; a housing accommodating the frame, and an elastic member disposed in the housing ; wherein the frame is pressed toward the bottom surface of the housing by the elastic member in a state in which the frame is aligned with respect to the housing ; wherein the housing comprises one or more openings exposing the frame to outside of the housing ; and wherein a printed circuit board , on which an image sensor is mounted, is fixed to a lower portion of the housing , the camera module being characterised in that : four adjustment parts are provided respectively at the four corners of the frame , each adjustment part being a recessed portion formed at a corner of the frame and being exposed through one of said openings of the housing so that a separate tool is insertable in each of the adjustment parts to adjust the position of the frame by lifting at least one of the separate tools; wherein the frame is fixed to the housing in a state in which the optical axis (O) of the lens barrel is aligned perpendicular to an image formation surface of the image sensor .
Electromechanical compact protective switching device , - comprising an insulating-material housing with a width (B) of only one pitch unit (TE), having a first side , a fastening side situated opposite the front side and also first and second narrow sides and broad sides (5-1, 5-2, 6-1, 6-2) connecting the front and the fastening side , - comprising a first magnet coil (13-1) for operating a first switching contact and also a second magnet coil (23-1) for operating a second switching contact , - wherein the first magnet coil (13-1) is arranged in the region of the first narrow side (5-1) and the second magnet coil (23-1) is arranged in the region of the second narrow side (5-2), - wherein the two switching contacts are arranged between the two magnet coils (13-1, 23-1), characterized in that the two magnet coils (13-1, 23-1) are wound in opposition. - comprising an insulating-material housing with a width (B) of only one pitch unit (TE), having a first side , a fastening side situated opposite the front side and also first and second narrow sides and broad sides (5-1, 5-2, 6-1, 6-2) connecting the front and the fastening side , - comprising a first magnet coil (13-1) for operating a first switching contact and also a second magnet coil (23-1) for operating a second switching contact , - wherein the first magnet coil (13-1) is arranged in the region of the first narrow side (5-1) and the second magnet coil (23-1) is arranged in the region of the second narrow side (5-2), - wherein the two switching contacts are arranged between the two magnet coils (13-1, 23-1),
A process for selectively removing and recovering sulfur dioxide from a sulfur dioxide-containing effluent gas, the process comprising: contacting the effluent gas with a buffered aqueous absorption solution in a sulfur dioxide absorber, thereby absorbing sulfur dioxide from the effluent gas into the absorption solution and producing an exhaust gas from which sulfur dioxide has been removed and a sulfur dioxide-enriched absorption solution; heating the sulfur dioxide-enriched absorption solution in a sulfur dioxide stripper to desorb sulfur dioxide and thereby produce a regenerated sulfur dioxide absorption solution and a sulfur dioxide-enriched stripper gas; and reintroducing the regenerated sulfur dioxide absorption solution to the sulfur dioxide absorber characterized in that the buffered aqueous absorption solution comprises sodium malate in which the carboxylic group with a pKa of 3.4 is completely neutralized and the carboxylic group with a pKa of 5.11 at 25°C is neutralized within 20% of the equivalence point. contacting the effluent gas with a buffered aqueous absorption solution in a sulfur dioxide absorber, thereby absorbing sulfur dioxide from the effluent gas into the absorption solution and producing an exhaust gas from which sulfur dioxide has been removed and a sulfur dioxide-enriched absorption solution; heating the sulfur dioxide-enriched absorption solution in a sulfur dioxide stripper to desorb sulfur dioxide and thereby produce a regenerated sulfur dioxide absorption solution and a sulfur dioxide-enriched stripper gas; and reintroducing the regenerated sulfur dioxide absorption solution to the sulfur dioxide absorber characterized in that the buffered aqueous absorption solution comprises sodium malate in which the carboxylic group with a pKa of 3.4 is completely neutralized and the carboxylic group with a pKa of 5.11 at 25°C is neutralized within 20% of the equivalence point.
Height-adjustable apparatus , with at least two synchronously height-adjustable lifting devices which in each case have a stand element and a lifting element which is height-adjustable relative to the former, the height adjustment taking place by way of flexible drive elements which are configured by way of deflection devices to raise each lifting element relative to the associated stand element ; each flexible drive element being fastened in a non-positive and/or positively locking manner to two lifting devices , and lengthening in the region of the first lifting device bringing about synchronous shortening in the region of the second lifting device ; and each flexible drive element being configured to raise only one lifting element relative to the associated stand element ; a locking device being provided for locking each flexible drive element by means of a non-positive and/or positively locking action on the said flexible drive element , and the locking device additionally being configured for the synchronization of the movement of the flexible drive elements ; the locking device having a shaft for the non-positive and/or positively locking movement, locking and synchronization of the flexible drive elements , and characterized in that deflection rollers for securing the non-positive connection and/or positively locking connection of the flexible drive elements to the shaft are provided in the region of the forerun and/or backlash of the flexible drive elements relative to the shaft . each flexible drive element being fastened in a non-positive and/or positively locking manner to two lifting devices , and lengthening in the region of the first lifting device bringing about synchronous shortening in the region of the second lifting device ; and each flexible drive element being configured to raise only one lifting element relative to the associated stand element ; a locking device being provided for locking each flexible drive element by means of a non-positive and/or positively locking action on the said flexible drive element , and the locking device additionally being configured for the synchronization of the movement of the flexible drive elements ; the locking device having a shaft for the non-positive and/or positively locking movement, locking and synchronization of the flexible drive elements , and characterized in that deflection rollers for securing the non-positive connection and/or positively locking connection of the flexible drive elements to the shaft are provided in the region of the forerun and/or backlash of the flexible drive elements relative to the shaft .
A method for graphic code recognition, performed by a terminal, the method comprising: displaying a target image, the target image comprising at least two graphic codes ; in response to receiving an instruction to perform a graphic code recognition operation on the target image for selecting one of the at least two graphic codes to recognize, inputting the target image into a pre-trained target detection model to obtain predicted graphic code position information and position confidences of the at least two graphic codes wherein a higher position confidence indicates a higher probability that the position specified by the predicted position information is a graphic code, and determining graphic code position information of the at least two graphic codes in the target image according to the predicted graphic code position information and the position confidences ; determining a target graphic code indicated by the graphic code recognition operation according to the graphic code position information, the target graphic code belonging to the at least two graphic codes ; and displaying a target graphic code recognition result corresponding to the target graphic code . displaying a target image, the target image comprising at least two graphic codes ; in response to receiving an instruction to perform a graphic code recognition operation on the target image for selecting one of the at least two graphic codes to recognize, inputting the target image into a pre-trained target detection model to obtain predicted graphic code position information and position confidences of the at least two graphic codes wherein a higher position confidence indicates a higher probability that the position specified by the predicted position information is a graphic code, and determining graphic code position information of the at least two graphic codes in the target image according to the predicted graphic code position information and the position confidences ; determining a target graphic code indicated by the graphic code recognition operation according to the graphic code position information, the target graphic code belonging to the at least two graphic codes ; and displaying a target graphic code recognition result corresponding to the target graphic code .
A gas valve for interacting with a blower, which conveys combustion air to a burner, comprising: a valve seat and a valve body , the opening position of which is exclusively pneumatically controlled by a partial vacuum of the combustion air acting on an outlet of the gas valve , a first pneumatic pressure regulator , which has a pneumatic operational connection to the valve body using a first control pressure, and a second pneumatic pressure regulator , which has a pneumatic operational connection to the valve body using a second control pressure, wherein the second control pressure is less than the first control pressure. a valve seat and a valve body , the opening position of which is exclusively pneumatically controlled by a partial vacuum of the combustion air acting on an outlet of the gas valve , a first pneumatic pressure regulator , which has a pneumatic operational connection to the valve body using a first control pressure, and a second pneumatic pressure regulator , which has a pneumatic operational connection to the valve body using a second control pressure, wherein the second control pressure is less than the first control pressure.
A solid oral fixed dose composition comprising a bilayer part comprising a. an extended release layer comprising metformin hydrochloride in a unit dose strength of 500 mg plus or minus 10%, and one or more excipients; and b. an immediate release layer comprising valsartan in a unit dose strength of 80 mg plus or minus 10%, and one or more excipients; and further comprising an immediate release coating layer comprising atorvastatin calcium trihydrate in a unit dose strength of 10 mg plus or minus 10%, triacetin, and one or more excipients, wherein the composition is a tablet. a. an extended release layer comprising metformin hydrochloride in a unit dose strength of 500 mg plus or minus 10%, and one or more excipients; and b. an immediate release layer comprising valsartan in a unit dose strength of 80 mg plus or minus 10%, and one or more excipients;
Apparatus for grinding a product initially in the form of granules, grains or suchlike, comprising: a receptacle to contain the product to be ground and provided with an unloading aperture ; a fixed grinder ; a mobile grinder connectable to a drive motor ; a grinding chamber in which the fixed grinder and the mobile grinder are located and provided with an discharge aperture to discharge the ground product, said grinding chamber , said fixed grinder and said mobile grinder defining a reception compartment , put in communication with said unloading aperture , and an unloading compartment , separated from said reception compartment by means of grinding teeth of the fixed and mobile grinders and put in communication with the discharge aperture , said grinding apparatus furthermore comprising at least a cleaning device , associated with the mobile grinder , and at least a control unit , being characterized in that the control unit is provided with commutation means, and associated with the drive motor so as to make said mobile grinder rotate in a first direction of rotation (A1) which is mainly for grinding and, alternatively, in a second direction of rotation (A2) for cleaning, opposite to the first direction of rotation (A1) and suitable to allow the discharge of ground residues present in the unloading chamber by means of said cleaning device .
A woven fabric for seats comprising warps and wefts, wherein the warps and wefts are woven into a pattern with a ratio of 1:1, characterised in that the warps have a density of 8 strips/cm, and the wefts have a density of 9.2 strips/cm, wherein the warps are made of polyester and linen and the wefts are made of polyester and linen, and wherein the polyester is 94 wt% of the woven fabric and the linen is 6 wt% of the woven fabric.