mhurhangee/patent-ind-claim-en huggingface dataset:
A container to hold an initial or refillable volume of fluid, comprising: a housing defining a fluid exit port and an interior to retain the volume of fluid, the interior oriented during use to deplete the volume of fluid in a direction of gravity toward a bottom surface of the interior; and a mixing chamber having a chamber interior in fluid communication between the interior of the housing and the fluid exit port, the mixing chamber having fluid inlet ports (F) arranged to pass the volume of fluid from the interior of the housing into the chamber interior at multiple heights above the bottom surface of the interior, wherein a topmost fluid inlet port allows direct passage of fluid from the interior into the chamber along a path in the direction of gravity upon proper orientation of the housing during use. a housing defining a fluid exit port and an interior to retain the volume of fluid, the interior oriented during use to deplete the volume of fluid in a direction of gravity toward a bottom surface of the interior; and a mixing chamber having a chamber interior in fluid communication between the interior of the housing and the fluid exit port, the mixing chamber having fluid inlet ports (F) arranged to pass the volume of fluid from the interior of the housing into the chamber interior at multiple heights above the bottom surface of the interior, wherein a topmost fluid inlet port allows direct passage of fluid from the interior into the chamber along a path in the direction of gravity upon proper orientation of the housing during use.
Worm shaft for a mixing and kneading machine , in particular for continuous treatment processes, comprising a shaft bar having a circular cross section, with vane members (22, 22', 22", 22"') being arranged apart from each other on the circumferential surface thereof, said vane members (22, 22', 22", 22'") extend outward from the circumferential surface of the shaft bar , wherein the vane members (22, 22', 22", 22'") are arranged on the circumferential surface of the shaft bar , at least in a section extending in the axial direction of the worm shaft , in two rows , which extend in the axial direction of the worm shaft , characterized in that said section extending in the axial direction of the worm shaft comprises no further vane members with the exception of the vane members arranged in two rows, each of the vane members (22, 22', 22", 22'") of said section extending in the axial direction of the worm shaft extends - as viewed from the cross section of the shaft bar - over an angular distance of 20° to 160° or over an angular distance of at least 160°, and that the section extending in the axial direction of the worm shaft , in which each of the vane members (22, 22', 22", 22'") extends over the aforementioned angular distance of the circumferential surface of the shaft bar , measures at least 0,2 D of the length of the worm shaft , with D being the diameter of the worm shaft.
A wood panel element comprising a plurality of planks (1-1′′′) which are significantly longer in a longitudinal direction than in directions perpendicular thereto, wherein the direction of the grain is substantially parallel to the longitudinal direction and the planks are arranged parallel to each other, wherein the parallel planks (1-1′′′) are arranged next to each other in at least one layer parallel to the main plane of the panel element, comprising transverse connectors (2-2′′′, 4) for connecting adjacent planks (1-1′′′) to each other in the at least one layer, and comprising additional stiffening elements (3-3′′′) between adjacent planks (1-1′′′) in the respective at least one layer, which stiffening elements (3-3′′′) engage in grooves in the planks (1-1′′′), namely without positive locking relative to a direction perpendicular to the main plane of the planks (1-1′′′), characterised in that the planks (1-1′′′) are arranged adjacent to each other in more than one layer parallel to the main plane of the panel element. comprising a plurality of planks (1-1′′′) which are significantly longer in a longitudinal direction than in directions perpendicular thereto, wherein the direction of the grain is substantially parallel to the longitudinal direction and the planks are arranged parallel to each other, wherein the parallel planks (1-1′′′) are arranged next to each other in at least one layer parallel to the main plane of the panel element, comprising transverse connectors (2-2′′′, 4) for connecting adjacent planks (1-1′′′) to each other in the at least one layer, and comprising additional stiffening elements (3-3′′′) between adjacent planks (1-1′′′) in the respective at least one layer, which stiffening elements (3-3′′′) engage in grooves in the planks (1-1′′′), namely without positive locking relative to a direction perpendicular to the main plane of the planks (1-1′′′), characterised in that the planks (1-1′′′) are arranged adjacent to each other in more than one layer parallel to the main plane of the panel element.
A setting support device supporting setting of a control parameter in a motor control device that controls a motor that drives a load device in which mechanical parameters vary depending on an orientation or a situation, the setting support device characterized by comprising: a first identification means configured to identify an evaluation index value indicating a stability or control performance of motor control by the motor control device in each of a plurality of load device states in which the load device is in mutually different orientations or situations for each of a plurality of control device states in which values of at least one control parameter of the motor control device are mutually different; a second identification means configured to identify a combined evaluation index value representative of the evaluation index values in the plurality of load device states identified by the first identification means in the control device state thereof for each of the control device states; and a recommended value output means configured to identify and output a recommended value for at least one control parameter on the basis of the combined evaluation index value identified for each of the control device states by the second identification means , wherein the second identification means is configured to identify, as the combined evaluation index value, a worst value of the evaluation index values in the plurality of load device states identified by the first identification means in the control device state thereof for each of the control device states. a first identification means configured to identify an evaluation index value indicating a stability or control performance of motor control by the motor control device in each of a plurality of load device states in which the load device is in mutually different orientations or situations for each of a plurality of control device states in which values of at least one control parameter of the motor control device are mutually different; a second identification means configured to identify a combined evaluation index value representative of the evaluation index values in the plurality of load device states identified by the first identification means in the control device state thereof for each of the control device states; and a recommended value output means configured to identify and output a recommended value for at least one control parameter on the basis of the combined evaluation index value identified for each of the control device states by the second identification means , wherein the second identification means is configured to identify, as the combined evaluation index value, a worst value of the evaluation index values in the plurality of load device states identified by the first identification means in the control device state thereof for each of the control device states.
An adhesive tape, in particular a transfer adhesive tape, having an epoxy-based thermally curable adhesive compound, characterised in that the adhesive compound consists of 10 to 60 weight percent of at least one epoxy resin with an epoxy equivalent weight of 570-595 g/equivalent, 1 to 5 weight percent of at least one curing agent, 0 to 5 weight percent of at least one accelerator, 20 to 65 weight percent of at least one impact modifier, 7 to 30 weight percent of at least one thermoplastic polymer, preferably polyamide or polyethylene-vinyl acetate, and 0 to 10 weight percent of a filler, preferably hydrophobic silica.
A luminaire or supply unit for a luminaire, having: • a housing , • a communication module arranged in the housing , which communication module is designed for wireless communication with a unit located outside the housing , and • a connection cable for supplying power to the luminaire or the supply unit , which connection cable is connected in the housing to a connection element and guided out of the housing , wherein the communication module is coupled to a portion , running within the housing , of the connection cable in such a way that a portion , running outside the housing , of the connection cable forms an antenna for the wireless communication of the communication module , characterized in that the luminaire or the supply unit for a luminaire has in the housing a holder for the defined arrangement of the portion , running within the housing , of the connection cable , wherein the connection cable is wound several times around the holder in order to form a coil-like arrangement for coupling to the communication module , and wherein the communication module is arranged in the center or below the holder . • a housing , • a communication module arranged in the housing , which communication module is designed for wireless communication with a unit located outside the housing , and • a connection cable for supplying power to the luminaire or the supply unit , which connection cable is connected in the housing to a connection element and guided out of the housing , wherein the communication module is coupled to a portion , running within the housing , of the connection cable in such a way that a portion , running outside the housing , of the connection cable forms an antenna for the wireless communication of the communication module , characterized in that the luminaire or the supply unit for a luminaire has in the housing a holder for the defined arrangement of the portion , running within the housing , of the connection cable , wherein the connection cable is wound several times around the holder in order to form a coil-like arrangement for coupling to the communication module , and wherein the communication module is arranged in the center or below the holder .
An electrical contact element for a plug-in connector, having: - a line contact region to which an electrical line can be fastened, - a plug-in contact region that can be electrically contacted with a complementary contact element of a complementary connector, wherein the contact element is formed as a single part of an electrically conductive material; and the line contact region is formed as an insulation displacement contact, characterized in that : the plug-in contact region is formed by being formed into a substantially prismatic shape and has an n-corner cross-section with n ≥ 6 or n ≥ 8 or n ≥ 12, wherein the forming is a production method in which a change in shape of a preform is brought about in a targeted manner while retaining its mass. - a line contact region to which an electrical line can be fastened, - a plug-in contact region that can be electrically contacted with a complementary contact element of a complementary connector, wherein the contact element is formed as a single part of an electrically conductive material; and the line contact region is formed as an insulation displacement contact, characterized in that : the plug-in contact region is formed by being formed into a substantially prismatic shape and has an n-corner cross-section with n ≥ 6 or n ≥ 8 or n ≥ 12, wherein the forming is a production method in which a change in shape of a preform is brought about in a targeted manner while retaining its mass.
A method for alerting users regarding availability of unconsumed content, the method comprising: generating for display a media listing for a media asset; comparing an amount of time of unconsumed content remaining in the media asset and an amount of time that the media asset is available to a user on a first device ; in response to determining that the amount of time of unconsumed content remaining in the media asset exceeds the amount of time that the media asset is available to the user on the first device, generating for display an indication that a portion of the media asset, corresponding to the unconsumed content remaining in the media asset, is available for download to a second device ; and in response to a user request, a user selection of the indication or an end of a period of accessibility of the media asset: extracting the portion of the media asset; and transmitting an instruction to create a new media asset featuring the portion for download to the second device . generating for display a media listing for a media asset; comparing an amount of time of unconsumed content remaining in the media asset and an amount of time that the media asset is available to a user on a first device ; in response to determining that the amount of time of unconsumed content remaining in the media asset exceeds the amount of time that the media asset is available to the user on the first device, generating for display an indication that a portion of the media asset, corresponding to the unconsumed content remaining in the media asset, is available for download to a second device ; and in response to a user request, a user selection of the indication or an end of a period of accessibility of the media asset: extracting the portion of the media asset; and transmitting an instruction to create a new media asset featuring the portion for download to the second device . extracting the portion of the media asset; and transmitting an instruction to create a new media asset featuring the portion for download to the second device .
An organic light-emitting display device comprising: a display panel including a plurality of sub-pixels, wherein each sub-pixel of the plurality of sub-pixels includes a drive transistor; a power supply configured to output a voltage for driving the sub-pixels; a selective driver configured to generate a first control signal when low and middle gray-scale ranges are expressed on the display panel to enable selective driving of the respective drive transistor of a sub-pixel of the plurality of sub-pixels in a first driving scheme, or to generate a second control signal when a high gray-scale range is expressed on the display panel to enable selective driving of the respective drive transistor in a second driving scheme, wherein the respective drive transistor is driven in a saturation region in the first driving scheme, and is driven in a linear region in the second driving scheme; and characterized by a gamma change driver configured to change a gamma based on the driving scheme selected by the selective driver, wherein in the first driving scheme the gamma change driver is configured to change the gamma to a linear gamma, and wherein in the second driving scheme the gamma change driver is configured to change the gamma to a non-linear gamma; a timing controller configured to output a data signal; and a data driver configured to convert the data signal output from the timing controller into a data voltage based on the gamma changed according to the selected driving scheme and to supply the data voltage to the display panel . a display panel including a plurality of sub-pixels, wherein each sub-pixel of the plurality of sub-pixels includes a drive transistor; a power supply configured to output a voltage for driving the sub-pixels; a selective driver configured to generate a first control signal when low and middle gray-scale ranges are expressed on the display panel to enable selective driving of the respective drive transistor of a sub-pixel of the plurality of sub-pixels in a first driving scheme, or to generate a second control signal when a high gray-scale range is expressed on the display panel to enable selective driving of the respective drive transistor in a second driving scheme, wherein the respective drive transistor is driven in a saturation region in the first driving scheme, and is driven in a linear region in the second driving scheme; and characterized by a gamma change driver configured to change a gamma based on the driving scheme selected by the selective driver, wherein in the first driving scheme the gamma change driver is configured to change the gamma to a linear gamma, and wherein in the second driving scheme the gamma change driver is configured to change the gamma to a non-linear gamma; a timing controller configured to output a data signal; and a data driver configured to convert the data signal output from the timing controller into a data voltage based on the gamma changed according to the selected driving scheme and to supply the data voltage to the display panel .
Leakage detection method in fluid containing or transporting disposables, such as containers, lines or cartridges, in particular in medical disposables in blood treatment devices for e.g. blood treatment therapies, in which: at least one pump (P; P1,..., Pn) controlled by a control unit (CPU) is connected through at least one fluid feed line (LF; LF1, ..., LFn) to at least one container (C; C1,..., Cn) and the filling degree of said container is continuously monitored, characterized in that a flow rate (RF) in said at least one fluid feed line (LF) is calculated or determined based on the current performance of the at least one pump (P) and optionally on selected characteristics of the hydraulic system including pump (P), feed line (LF) and container (C), an expected change rate value (ECR) of the filling degree (weight) of said at least one container (C) is either calculated or determined based on said calculated or determined at least one flow rate (RF), or set as a previous value of a monitored change rate (CR) of the filling degree (weight) of said at least one container (C), a deviation value (VD) between said expected change rate value (ECR) and a monitored change rate (CR) of the filling degree (weight) of said at least one container (C) is continuously monitored by the control unit (CPU), and leakage is detected based on said deviation value (VD). at least one pump (P; P1,..., Pn) controlled by a control unit (CPU) is connected through at least one fluid feed line (LF; LF1, ..., LFn) to at least one container (C; C1,..., Cn) and the filling degree of said container is continuously monitored, characterized in that a flow rate (RF) in said at least one fluid feed line (LF) is calculated or determined based on the current performance of the at least one pump (P) and optionally on selected characteristics of the hydraulic system including pump (P), feed line (LF) and container (C), an expected change rate value (ECR) of the filling degree (weight) of said at least one container (C) is either calculated or determined based on said calculated or determined at least one flow rate (RF), or set as a previous value of a monitored change rate (CR) of the filling degree (weight) of said at least one container (C), a deviation value (VD) between said expected change rate value (ECR) and a monitored change rate (CR) of the filling degree (weight) of said at least one container (C) is continuously monitored by the control unit (CPU), and leakage is detected based on said deviation value (VD).
Surface heat exchanger to be inserted within a compressible fluid volumetric alternative machine , within which a fluid moves in a not permanent motion, said volumetric alternative machine having a Top Dead Centre and a discharge valve provided in a head of said volumetric alternative machine wherein said heat exchanger is configured to be installed within said compressible fluid volumetric alternative machine, between said top dead centre and said discharge valve, so that an amount of heat is exchanged simultaneously with work exchange during thermodynamic transformation occurring within said volumetric alternative machine, said surface heat exchanger being characterized in that it comprises a plurality of walls, side by side each other, so shaped to realize at least a first duct for the passage of a fluid carrier in a permanent motion, and at least a second duct for the passage of said fluid in a not permanent motion, said first and second ducts being configured so as to make said two fluids exchanging heat, wherein said plurality of walls comprising at least a group of three walls (1 1', 1), wherein at least the first and the second walls are respectively provided with at least a groove , provided on a lateral surface of each one of said walls; said walls being provided so that said at least one groove of said first wall realizes with the lateral surface of said second wall , a duct for passage of the fluid in permanent motion, and in that said at least one groove of said second wall realizes a duct for passage of the fluid in a not permanent motion, along with the lateral surface of said third wall , and in that said at least one duct for passage of the fluid carrier in permanent motion and said at least one duct for passage of the fluid in a not permanent motion has a rectangular section; thus obtaining that if the shortest side of the rectangular section of said ducts varies, with the same longest side and the same duct length, inner volume of each duct varies, without substantially varying the exchange surface, and both the hydraulic diameter and the ratio between the exchange surface and the volume vary, the latter being proportional to the inverse of the hydraulic diameter.
A security system providing discovery of wireless security devices, comprising: a control system for managing the wireless security devices, characterized in that the system further comprises: one or more wireless hubs that provide slots for enabling wireless connections to the wireless security devices; and device controllers that communicate with the control system over communications channels and poll the wireless security devices via the slots of the wireless hubs to discover changes to the wireless security devices, wherein the wireless security devices are wireless door locks . a control system for managing the wireless security devices, characterized in that the system further comprises: one or more wireless hubs that provide slots for enabling wireless connections to the wireless security devices; and device controllers that communicate with the control system over communications channels and poll the wireless security devices via the slots of the wireless hubs to discover changes to the wireless security devices, wherein the wireless security devices are wireless door locks . one or more wireless hubs that provide slots for enabling wireless connections to the wireless security devices; and device controllers that communicate with the control system over communications channels and poll the wireless security devices via the slots of the wireless hubs to discover changes to the wireless security devices, wherein the wireless security devices are wireless door locks .