mhurhangee/ep-ind-claims huggingface dataset:
A camera, comprising: a main pixel array for generating image frames of an image at an image frame rate; a first shaking detection pixel group for generating shaking detection data wherein one or more pixels of the first shaking detection pixel group are sampled at a rate that is faster than the image frame rate; a second shaking detection pixel group for generating shaking detection data where one or more pixels of the second shaking detection pixel group are sampled at a rate that is faster than the image frame rate; and logic circuitry for evaluating the shaking detection data to select a frame of the generated image frames after receiving a picture taking signal; wherein the first shaking detection pixel group includes a plurality of pixels arranged in rows and columns, wherein optionally, the number of pixels in each row is the same; and wherein the image frame rate comprises a capturing frame rate and wherein the one or more pixels of the first shaking detection pixel group are each sampled at a rate that is at least twice as fast as the capturing frame rate. a main pixel array for generating image frames of an image at an image frame rate; a first shaking detection pixel group for generating shaking detection data wherein one or more pixels of the first shaking detection pixel group are sampled at a rate that is faster than the image frame rate; a second shaking detection pixel group for generating shaking detection data where one or more pixels of the second shaking detection pixel group are sampled at a rate that is faster than the image frame rate; and
A process for producing liposomes comprising the following steps to: a primary emulsification step of: emulsifying an organic solvent that is a volatile organic solvent, an aqueous solvent and a mixed lipid component, to give a W1/O emulsion; a secondary emulsification step of: dispersing the W1/O emulsion produced in the step in an aqueous solvent by use of a porous membrane, to give the W1/O/W2 emulsion; and a solvent removal step of: removing the organic solvent contained in the W1/O/W2 emulsion, to form a unilamellar liposome, wherein the porous membrane has been surface-treated with a hydrophilic drug so as to allow its surface to have a contact angle with water in the air in a range from 0° or more to 42° or less, wherein the hydrophilic drug is a silica precursor monomer or a silane coupling agent having a hydrophilic group on the surface thereof, the silane coupling agent containing at least one structure selected from the group consisting of a saccharide analog structure, an alicyclic polyol structure, a polyether structure, a polyamine structure and a quaternary ammonium structure, as the hydrophilic group, wherein the mixed lipid component is at least one selected from the group consisting of a phospholipid, a sterol, a glycolipid, a glycol, an aliphatic amine and a longchain aliphatic acid, wherein in the step, the organic solvent is an organic solvent having a boiling point of less than 100°C and the emulsification is carried out with a substance to be encapsulated further contained in the aqueous solvent, wherein the step is carried out with a dispersing agent further contained in the aqueous solvent, and wherein the dispersing agent has a weight-average molecular weight of in a range of from 1,000 to 100,000. a primary emulsification step of: emulsifying an organic solvent that is a volatile organic solvent, an aqueous solvent and a mixed lipid component, to give a W1/O emulsion; a secondary emulsification step of: dispersing the W1/O emulsion produced in the step in an aqueous solvent by use of a porous membrane, to give the W1/O/W2 emulsion; and a solvent removal step of: removing the organic solvent contained in the W1/O/W2 emulsion, to form a unilamellar liposome,
An applicator device for a fluid detergent composition, the device comprises: (i) a container for housing a fluid detergent composition; (ii) a fluid detergent composition release system housed in the container comprising a plunger having a top, and a base and a resilience member; the plunger base comprises at least one seal knob that operably mates with a corresponding fluid release port in one face of the container and the top of the plunger projects into an air chamber located in the wall of the container; characterized in that the air chamber is provided with a second gasket at the bottom inner surface of the air chamber through which the plunger projects into the air chamber creating an air inlet channel between the air chamber and the container allowing a volume of fluid detergent composition released from the container to be replaced by the air, inside the container when the applicator device is actuated by application of pressure, the top of the plunger is configured to re-engage with the second gasket and closes the air inlet channel upon removing the applied pressure. (i) a container for housing a fluid detergent composition; (ii) a fluid detergent composition release system housed in the container comprising a plunger having a top, and a base and a resilience member; the plunger base comprises at least one seal knob that operably mates with a corresponding fluid release port in one face of the container and the top of the plunger projects into an air chamber located in the wall of the container;
A cochlear implant system comprising: a cochlear implant configured to communicate with an external device; and an automatic neural response measurement system, communicably coupled to the cochlear implant, configured to record Neural Response Telemetry measurements of neural activity within a cochlea in response to electrical stimulation of the cochlear by electrodes of the cochlear implant, wherein an initial current level of a stimulus applied to evoke a neural response is set to a level which is as close as possible to a typical threshold current level which would cause a neural response to occur, characterised by the system comprising an expert system configured to determine whether the NRT measurement contains a neural response based on a plurality of the extracted features, the expert system comprising a machine learning algorithm such as the induction of at least one decision tree. a cochlear implant configured to communicate with an external device; and an automatic neural response measurement system, communicably coupled to the cochlear implant, configured to record Neural Response Telemetry measurements of neural activity within a cochlea in response to electrical stimulation of the cochlear by electrodes of the cochlear implant, wherein an initial current level of a stimulus applied to evoke a neural response is set to a level which is as close as possible to a typical threshold current level which would cause a neural response to occur, characterised by the system comprising an expert system configured to determine whether the NRT measurement contains a neural response based on a plurality of the extracted features, the expert system comprising a machine learning algorithm such as the induction of at least one decision tree.
A casting core (130; 200), comprising: a tip flag cavity comprising a forward pedestal (138, 139) and a first spear pedestal disposed aft of the forward pedestal (138, 139); and a trailing edge discharge cavity separated from the tip flag cavity and comprising: a first row of pedestals comprising a first racetrack pedestal; a second row of pedestals aft of the first row of pedestals, the second row of pedestals comprising a second racetrack pedestal; a third row of pedestals aft of the second row of pedestals, the third row of pedestals comprising a circular pedestal; and a fourth row of pedestals aft of the third row of pedestals, the fourth row of pedestals comprising a second spear pedestal. a tip flag cavity comprising a forward pedestal (138, 139) and a first spear pedestal disposed aft of the forward pedestal (138, 139); and a trailing edge discharge cavity separated from the tip flag cavity and comprising: a first row of pedestals comprising a first racetrack pedestal; a second row of pedestals aft of the first row of pedestals, the second row of pedestals comprising a second racetrack pedestal; a third row of pedestals aft of the second row of pedestals, the third row of pedestals comprising a circular pedestal; and a fourth row of pedestals aft of the third row of pedestals, the fourth row of pedestals comprising a second spear pedestal. a first row of pedestals comprising a first racetrack pedestal; a second row of pedestals aft of the first row of pedestals, the second row of pedestals comprising a second racetrack pedestal; a third row of pedestals aft of the second row of pedestals, the third row of pedestals comprising a circular pedestal; and a fourth row of pedestals aft of the third row of pedestals, the fourth row of pedestals comprising a second spear pedestal.
A method for manufacturing a photodiode array having a plurality of absorption regions that are one-dimensionally or two-dimensionally arranged, the method comprising: an absorption layer formation step of growing an absorption layer on a first conductivity type group III-V semiconductor substrate; a diffusion concentration adjusting layer formation step of growing a III-V undoped diffusion concentration adjusting layer on the absorption layer; a window layer formation step of growing a window layer on the diffusion concentration adjusting layer, the window layer being composed of a compound semiconductor including P, and having a band gap energy greater than a band gap energy of the absorption layer; and an impurity diffusion step of diffusing a second conductivity type impurity in regions, in the window layer, corresponding to the plurality of absorption regions; wherein a growth temperature of the window layer is lower than a growth temperature of the absorption layer and the growth temperature of the window layer is equal to or lower than a growth temperature of the III-V undoped diffusion concentration adjusting layer, and the absorption layer, the III-V undoped diffusion concentration adjusting layer, and the window layer are continuously grown by metal-organic vapor phase epitaxy using only metal-organic sources. an absorption layer formation step of growing an absorption layer on a first conductivity type group III-V semiconductor substrate; a diffusion concentration adjusting layer formation step of growing a III-V undoped diffusion concentration adjusting layer on the absorption layer; a window layer formation step of growing a window layer on the diffusion concentration adjusting layer, the window layer being composed of a compound semiconductor including P, and having a band gap energy greater than a band gap energy of the absorption layer; and an impurity diffusion step of diffusing a second conductivity type impurity in regions, in the window layer, corresponding to the plurality of absorption regions; wherein a growth temperature of the window layer is lower than a growth temperature of the absorption layer and the growth temperature of the window layer is equal to or lower than a growth temperature of the III-V undoped diffusion concentration adjusting layer, and the absorption layer, the III-V undoped diffusion concentration adjusting layer, and the window layer are continuously grown by metal-organic vapor phase epitaxy using only metal-organic sources.
A fuel pump, in particular high-pressure fuel pump of a common-rail fuel system, with a pump plunger guided in a pump cylinder, wherein in the region of a recess of the pump cylinder, in which the pump plunger is guided, an upper flow groove coupled via at least one inflow bore to a first pressure level and a lower outflow groove coupled via at least one outflow bore to a second pressure level for the fuel serving for the lubrication and if appropriate cooling is formed, wherein between an upper edge of the lower outflow groove and a lower edge of the upper inflow groove a guide land for the pump plunger is formed, wherein the or each inflow bore leading to the upper inflow groove leads into the upper inflow groove adjacently to the lower edge of the upper inflow groove, characterized in that the upper inflow groove, in a lower section, in which the or each inflow bore leads into the inflow groove, has a greater radial groove depth than in an upper section of the same, wherein the lower outflow groove lie nearer a cam driving the pump plunger than the upper inflow groove.
Lithium battery comprising: a positive electrode including an over-lithiated lithium transition metal oxide with a layered structure; a negative electrode including a silicon-based negative active material; and an electrolyte, which is interposed between the positive electrode and the negative electrode, wherein the electrolyte comprises a lithium salt, a non-aqueous electrolytic solution, and an additive to form a stabilized solid electrolyte interface on the surface of an electrode of the lithium battery, the additive being tris(trimethylsilyl) phosphate (TMSPa), wherein the non-aqueous electrolytic solution comprises fluoride-based ether in an amount of at least 3 vol% based on the total volume of the non-aqueous electrolytic solution. a positive electrode including an over-lithiated lithium transition metal oxide with a layered structure; a negative electrode including a silicon-based negative active material; and an electrolyte, which is interposed between the positive electrode and the negative electrode, wherein the electrolyte comprises a lithium salt, a non-aqueous electrolytic solution, and an additive to form a stabilized solid electrolyte interface on the surface of an electrode of the lithium battery, the additive being tris(trimethylsilyl) phosphate (TMSPa), wherein the non-aqueous electrolytic solution comprises fluoride-based ether in an amount of at least 3 vol% based on the total volume of the non-aqueous electrolytic solution.
A method comprising: sending, by a base station, a request for information relating to radio access technology capabilities of a mobile station; receiving, by the base station, a message containing the information, wherein the message is responsive to the request, and the information specifies that the mobile station supports at least two different types of radio access technologies useable by the mobile station to communicate over a wireless link between the base station and the mobile station; and controlling, by the base station, which of the at least two different types of radio access technologies the mobile station is to use, characterized by the controlling comprising the base station sending a list to the mobile station, wherein the list identifies a plurality of types of radio access technologies and further identifies respective assigned capabilities corresponding to the plurality of types of radio access technologies and selected from among a plurality of assigned capabilities in terms of support of voice and data with voice-over-internet protocol, VoIP, connections. sending, by a base station, a request for information relating to radio access technology capabilities of a mobile station; receiving, by the base station, a message containing the information, wherein the message is responsive to the request, and the information specifies that the mobile station supports at least two different types of radio access technologies useable by the mobile station to communicate over a wireless link between the base station and the mobile station; and controlling, by the base station, which of the at least two different types of radio access technologies the mobile station is to use, characterized by the controlling comprising the base station sending a list to the mobile station, wherein the list identifies a plurality of types of radio access technologies and further identifies respective assigned capabilities corresponding to the plurality of types of radio access technologies and selected from among a plurality of assigned capabilities in terms of support of voice and data with voice-over-internet protocol, VoIP, connections.
A capacitive in-cell touch screen panel, comprising: a color film substrate, a thin film transistor TFT array substrate and a liquid crystal layer between the color film substrate and the TFT array substrate, a plurality of pixel units being disposed in a matrix arrangement in the capacitive in-cell touch screen panel; at least one touch control driving electrode disposed on the TFT array substrate which extends along a row direction of the pixel units and overlaps with multiple sets of gate lines (n,n+1,m,m+1,a,a+1,b,b+1) for providing display driving signal in the TFT array substrate, respectively, a set of gate lines including at least two adjacent gate lines (n,n+1), each of the touch control driving electrodes comprising touch control driving sub-electrodes disposed along the row direction; a driving control unit disposed at the connection of each of the touch control driving sub-electrodes and each set of gate lines, the driving control unit being configured for delivering a display driving signal delivered by a gate line of the set of gate lines connected with the driving control unit to the touch control driving sub-electrodes as a touch control driving signal and then outputting the touch control driving signal of the touch control driving sub-electrodes; and at least one touch control inducting electrode disposed on the color film substrate which extends along a column direction of the pixel units.
Reciprocating device comprising a base, a drive device for producing a to and fro movement of a component along a first direction relative to the base, and a guide device, wherein the component or the base is displaceably guided in the first direction by means of the guide device, and a relative movement between the component and the base in the second direction is blocked by means of the guide device, characterized in that the drive device comprises a slide arranged on the base so as to be displaceable along a second direction, a drive unit and at least two levers pivotably attached to the slide and the component, wherein the component, the slide and the levers form a parallelogram, the slide can be moved along the second direction by means of the drive unit, and the movement of the slide can be converted by means of the levers into a movement of the component along the first direction relative to the base.
A dressing for treating a tissue site with negative pressure, the dressing comprising: a first film comprising a non-porous material and a plurality of fluid restrictions; a first manifold layer adjacent to the first film, the first manifold layer comprising a second film of a transparent material having a manifold area comprising blisters and apertures, wherein the apertures are configured to allow fluid transfer through the second film; and a second manifold layer adjacent to the first manifold layer, the second manifold layer comprising foam having a contact area that is less than the manifold area. a first film comprising a non-porous material and a plurality of fluid restrictions; a first manifold layer adjacent to the first film, the first manifold layer comprising a second film of a transparent material having a manifold area comprising blisters and apertures, wherein the apertures are configured to allow fluid transfer through the second film; and a second manifold layer adjacent to the first manifold layer, the second manifold layer comprising foam having a contact area that is less than the manifold area.
A composition comprising melatonin formulated for introduction directly into the urinary bladder for use in the prevention and treatment of injury to the urinary bladder selected from radiation cystitis due to irradiation by pelvic external beam radiotherapy and/or pelvic brachyradiotherapy and/or injury to the urinary bladder due to the use of one or more cytotoxic agents, wherein the composition is a melatonin solution in dimethyl sulfoxide (DMSO) and is administered directly into said bladder within one hour, such as within 15 minutes or 30 minutes before an episode of irradiation or a dose of cytotoxic agent is given.
Supporting assembly for an axle, comprising arm supporting means for supporting said axle, said supporting means comprise at least a first arm element, characterized in that said assembly further comprises single flange connecting means (8,10) adapted to be rigidly engaged only by means of a thermomechanical interference, to said first arm element for supporting said axle; and it also comprises a second arm element arranged to be fixed to said single connecting flange means (8,10) for rigidly connecting said first and said second arms (5,6).
Brake device for at least one wheel, which is arranged at a push car frame comprising at least a push handle, a push yoke and/or a brake handle, wherein the brake device when the hand or hands of the person pushing is or are lifted off the push handle, the push yoke or the brake handle brakes the wheel by means of a mechanically coupled brake element or a brake element electrically controlled by sensors or mechanical switching elements at the push handle, push yoke or brake handle, wherein there is at least one additional brake blocking element, which can be brought by an electrically controllable actuator into a blocking position and a release position and which acts on the brake device, characterised in that an electrical control circuit controls the actuator in dependence on control signals which are generated by additional sensors or mechanical switching elements at the push handle, the push yoke or the brake handle when at least one hand is placed on an lifted off or by evaluation of the engagement time of the sensors which are present or mechanical switching elements for braking of the wheel over a defined time period and the control circuit is combined with an electronic security lock which after activation of the actuator causes the control circuit to leave the actuator in the blocking position until through actuation of a release sensor or release switch or key switch the electronic security lock delivers a release signal to the control circuit and deactivates the actuator so as to release the wheel.
Expansion head for expansion tools for hollow workpieces, in particular for the ends of plastics tubes and metal/plastics composite tubes, comprising - a union cap with a radially inwardly directed guide flange, and - a set of expanding jaws which are of sector-shaped design and are in each case individually accommodated in a radially movable manner in the union cap by an inner flange sector, which overlaps with the guide flange, wherein the set of expanding jaws of sector-shaped design is movable between a closed state and an expansion state, and, in the closed state, a cylinder jacket surface is approximately formed by an envelope of the outer walls of the set of expanding jaws, wherein each expanding jaw has at least one depression extending in the direction of the longitudinal axis of the expanding jaws, characterized in that the area of the outer walls of the set of expanding jaws corresponds, in the closed state of the expansion head, by 25% to 75% to the area of the envelope of the outer walls of the set of expanding jaws. - a union cap with a radially inwardly directed guide flange, and - a set of expanding jaws which are of sector-shaped design and are in each case individually accommodated in a radially movable manner in the union cap by an inner flange sector, which overlaps with the guide flange, wherein the set of expanding jaws of sector-shaped design is movable between a closed state and an expansion state, and, in the closed state, a cylinder jacket surface is approximately formed by an envelope of the outer walls of the set of expanding jaws, wherein each expanding jaw has at least one depression extending in the direction of the longitudinal axis of the expanding jaws,