mhurhangee/ep-ind-claims huggingface dataset:
A delivery device comprising: a drug delivery pump comprising a dosing chamber for delivering a substance therefrom; pushing apparatus; a thermal energy source arranged to cause a sufficient change in temperature in a portion of said pushing apparatus so that said pushing apparatus imparts a pushing force against said substance to cause said substance to be delivered from said dosing chamber; a controller for controlling delivery of said substance from said dosing chamber; and characterised by a separation element sitting in an aperture formed in an intermediate member, the separation element is sandwiched between intermediate member and a dose base, in which is formed a dosing chamber and arranged to push against the pushing apparatus, and which thermally insulates said substance in said dosing chamber from said thermal energy source. a drug delivery pump comprising a dosing chamber for delivering a substance therefrom; pushing apparatus; a thermal energy source arranged to cause a sufficient change in temperature in a portion of said pushing apparatus so that said pushing apparatus imparts a pushing force against said substance to cause said substance to be delivered from said dosing chamber; a controller for controlling delivery of said substance from said dosing chamber; and characterised by a separation element sitting in an aperture formed in an intermediate member, the separation element is sandwiched between intermediate member and a dose base, in which is formed a dosing chamber and arranged to push against the pushing apparatus, and which thermally insulates said substance in said dosing chamber from said thermal energy source.
A video wall display device, comprising: a multi-panel unit including a first display panel having a first display area and a second display panel having a second display area, the first display panel adjacent to the second display panel with a boundary area between the first display area and the second display area; a first optical member disposed adjacent to the boundary area between the first display area and the second display area; and a second optical member disposed on the first optical member, across the multi-panel unit and including a tapered portion, wherein the tapered portion of the second optical member is inclined from an edge of the first display area or an edge of the second display area toward a boundary between the first display panel and the second display panel located within the boundary area, characterised in that the first optical member includes a lenticular lens, a Fresnel lens, or a convex lens overlapping at least one sub-pixel. a multi-panel unit including a first display panel having a first display area and a second display panel having a second display area, the first display panel adjacent to the second display panel with a boundary area between the first display area and the second display area; a first optical member disposed adjacent to the boundary area between the first display area and the second display area; and a second optical member disposed on the first optical member, across the multi-panel unit and including a tapered portion, wherein the tapered portion of the second optical member is inclined from an edge of the first display area or an edge of the second display area toward a boundary between the first display panel and the second display panel located within the boundary area, characterised in that the first optical member includes a lenticular lens, a Fresnel lens, or a convex lens overlapping at least one sub-pixel.
A pin for a core layer of a heat exchanger past which fluid flowing through the layer passes, the pin having a first and a second end and an outer surface between the first and second ends, the pin being characterised by having a rounded triangular shape cross-section that tapers from an inlet side of the pin to an outlet side of the pin, and wherein a plurality of dimples are formed in the outer surface.
A process for catalytic gasification of carbonaceous feedstock being coke, to synthesis gas, said process comprising the following steps: i. gasifying a primary portion of said carbonaceous feedstock in a fluidized gasification zone (102, 202) at a temperature between 600-800 °C with steam and in the presence of a catalyst comprising an alkali metal impregnated on a solid particulate carrier, to produce the synthesis gas; wherein heat for the endothermic gasification reaction is supplied by said heated solid particulate carrier provided in said fluidized gasification zone at a catalyst to feedstock weight ratio of 2:1 to 50:1, wherein, the ratio of said alkali metal to said solid particulate carrier is in the range of 1:1 to 1:5; ii. discharging heat-extracted solid particulate carrier impregnated with said alkali metal from an operative top of the fluidized gasification zone (102, 202) to a fluidized combustion zone (140, 240); and iii. combusting a secondary portion of said carbonaceous feedstock and unreacted carbon from said fluidized gasification zone (102, 202) in said fluidized combustion zone (140, 240) at a temperature between 800 - 840 °C with air, wherein heat generated during the exothermic combustion reaction is transferred to said heat-extracted solid particulate carrier to provide said heated solid particulate carrier which is re-circulated to said fluidized gasification zone (102, 202); wherein, the alkali metal catalyst is potassium salt selected from potassium carbonate (K 2 CO 3), potassium hydroxide, and potassium nitrate (KNO 3). i. gasifying a primary portion of said carbonaceous feedstock in a fluidized gasification zone (102, 202) at a temperature between 600-800 °C with steam and in the presence of a catalyst comprising an alkali metal impregnated on a solid particulate carrier, to produce the synthesis gas; wherein heat for the endothermic gasification reaction is supplied by said heated solid particulate carrier provided in said fluidized gasification zone at a catalyst to feedstock weight ratio of 2:1 to 50:1, wherein, the ratio of said alkali metal to said solid particulate carrier is in the range of 1:1 to 1:5; ii. discharging heat-extracted solid particulate carrier impregnated with said alkali metal from an operative top of the fluidized gasification zone (102, 202) to a fluidized combustion zone (140, 240); and iii. combusting a secondary portion of said carbonaceous feedstock and unreacted carbon from said fluidized gasification zone (102, 202) in said fluidized combustion zone (140, 240) at a temperature between 800 - 840 °C with air, wherein heat generated during the exothermic combustion reaction is transferred to said heat-extracted solid particulate carrier to provide said heated solid particulate carrier which is re-circulated to said fluidized gasification zone (102, 202); wherein, the alkali metal catalyst is potassium salt selected from potassium carbonate (K 2 CO 3), potassium hydroxide, and potassium nitrate (KNO 3).
Slide board equipment, comprising - a binding which can be mounted on a slide board (12; 100), - an adjusting element (42; 42"; 221; 321 a, 321b; 442) provided at the binding for causing an adjustment or an actuation of the binding, - a wireless receiver provided at the binding for receiving a wireless information, and - a wireless transmitter for submitting the wireless information, said adjusting element (42; 42"; 221; 321 a, 321b; 442) adjusting or actuating the binding on the basis of the received wireless information, characterized by the binding comprising a touring binding with a climbing aid, said climbing aid comprising a contact portion where a contact surface facing away from the slide board for the heel portion of a shoe or a shoe plate with a height (h) above the slide board is provided; the height (h) of the climbing aid being adjustable; and the adjusting element (42") adjusting said height (h) of the climbing aid above the slide board on the basis of the received wireless information. - a binding which can be mounted on a slide board (12; 100), - an adjusting element (42; 42"; 221; 321 a, 321b; 442) provided at the binding for causing an adjustment or an actuation of the binding, - a wireless receiver provided at the binding for receiving a wireless information, and - a wireless transmitter for submitting the wireless information, said adjusting element (42; 42"; 221; 321 a, 321b; 442) adjusting or actuating the binding on the basis of the received wireless information, characterized by the binding comprising a touring binding with a climbing aid, said climbing aid comprising a contact portion where a contact surface facing away from the slide board for the heel portion of a shoe or a shoe plate with a height (h) above the slide board is provided; the height (h) of the climbing aid being adjustable; and the adjusting element (42") adjusting said height (h) of the climbing aid above the slide board on the basis of the received wireless information.
An apparatus comprising: a primary cardiac signal sensing circuit configured to sense at least a first cardiac signal, the primary cardiac signal sensing circuit including or configured to be coupled to at least first and second implantable electrodes; at least one secondary cardiac signal sensing circuit configured to sense at least a second cardiac signal, the secondary cardiac signal sensing circuit including or configured to be coupled to at least a third implantable electrode, different from the first and second electrode, configured to deliver high-energy shock therapy; and an arrhythmia detection circuit communicatively coupled to the primary and secondary cardiac signal sensing circuits, wherein the arrhythmia detection circuit is configured to: detect tachyarrhythmia using the primary sensing circuit; calculate variability of a delay between an event sensed with the primary sensing circuit and an event sensed with the secondary sensing circuit; characterized in that the arrhythmia detection unit is configured to deem whether a detected rhythm is indicative of noise when the calculated delay variability exceeds a threshold variability value. a primary cardiac signal sensing circuit configured to sense at least a first cardiac signal, the primary cardiac signal sensing circuit including or configured to be coupled to at least first and second implantable electrodes; at least one secondary cardiac signal sensing circuit configured to sense at least a second cardiac signal, the secondary cardiac signal sensing circuit including or configured to be coupled to at least a third implantable electrode, different from the first and second electrode, configured to deliver high-energy shock therapy; and an arrhythmia detection circuit communicatively coupled to the primary and secondary cardiac signal sensing circuits, wherein the arrhythmia detection circuit is configured to: detect tachyarrhythmia using the primary sensing circuit; calculate variability of a delay between an event sensed with the primary sensing circuit and an event sensed with the secondary sensing circuit; characterized in that the arrhythmia detection unit is configured to deem whether a detected rhythm is indicative of noise when the calculated delay variability exceeds a threshold variability value. detect tachyarrhythmia using the primary sensing circuit; calculate variability of a delay between an event sensed with the primary sensing circuit and an event sensed with the secondary sensing circuit; characterized in that the arrhythmia detection unit is configured to deem whether a detected rhythm is indicative of noise when the calculated delay variability exceeds a threshold variability value.
A shaving razor adapter for attaching a disposable shaving razor cartridge of a first shaving razor configuration to a shaving razor handle of a second shaving razor configuration, the shaving razor adapter comprising: a. a first attachment portion attachable to the shaving razor cartridge of the first shaving razor configuration, the first attachment portion comprising a projection having an enlarged distal end and angled side surfaces (32, 34) extending from the enlarged distal end to a base wherein the base is smaller than the distal end; and b. a second attachment portion attachable to the shaving razor handle of the second shaving razor configuration, the second attachment portion comprising a recess for releasably attaching the adapter to the shaving razor handle, wherein the second attachment portion is opposite the first attachment portion, wherein the first attachment portion comprises a leaf spring attached to the first attachment portion and arranged to extend through an opening in a connecting member of said razor cartridge and for interfacing with a cam surface of said razor cartridge to bias a housing of said razor cartridge, or wherein the first attachment portion has a slidable plunger mounted within it, said slidable plunger comprising a proximal end suited to interface with the distal end of a separate spring loaded plunger extending from the cartridge support structure of the shaving razor handle of the second shaving razor configuration, and a distal end extending through the distal end of the projection of the first attachment portion, for interfacing with a cam surface of said razor cartridge. a. a first attachment portion attachable to the shaving razor cartridge of the first shaving razor configuration, the first attachment portion comprising a projection having an enlarged distal end and angled side surfaces (32, 34) extending from the enlarged distal end to a base wherein the base is smaller than the distal end; and b. a second attachment portion attachable to the shaving razor handle of the second shaving razor configuration, the second attachment portion comprising a recess for releasably attaching the adapter to the shaving razor handle, wherein the second attachment portion is opposite the first attachment portion,
A method, performed by a first radio network node, for managing input parameters to a set of models for prediction of a quality of service of a user equipment, wherein the first radio network node operates the set of models for prediction of the quality of service, wherein the quality of service relates to when the user equipment is served by a second radio network node after a handover from the first radio network node to the second radio network node, wherein the method comprises: configuring the second radio network node to report the input parameters at least once before the handover, wherein the input parameters are usable by the first radio network node when predicting, by use of the set of models, the quality of service. configuring the second radio network node to report the input parameters at least once before the handover, wherein the input parameters are usable by the first radio network node when predicting, by use of the set of models, the quality of service.
A fiber-matrix semifinished product composition comprising an epoxide resin composition containing a resin component comprising at least one epoxide resin and a curing component comprising at least one imidazole compound and dicyandiamide and optionally one or more amines, and comprising short reinforcement fibers having a mean length of from 0.3 to 5.0 cm which are suspended in the epoxide resin composition, wherein the amount of imidazole compounds used is in a range from 0.007 to 0.025 mole per mole of epoxide groups of the total composition, and wherein the total amount of primary amine groups, which may be included, does not exceed an amount of 0.09 mole per mole of epoxide groups of the total composition, the composition being substantially free of carboxylic acids and carboxylic anhydrides.
Method for operating a valve device (2; 62; 92) for supplying compressed air to compressed air consumer (3; 63), the method comprising the steps of: determination of a first fluid pressure in a first section (20, 21, 22, 23) of a fluid passage of the valve assembly (2; 62; 92), which extends between an inlet port (28, 30) which is provided for a fluidically communicating connection to a fluid source (32; 66) or a fluid sink (33; 68), and a valve element (4, 5, 6, 7; 69; 99), determination of a second fluid pressure in a second section (24, 25, 26, 27) of the fluid passage of the valve assembly (2; 62; 92), which extends between the valve element (4, 5, 6, 7; 69; 99) and an outlet port (29, 31) which is provided for a fluidically communicating connection to a compressed air consumer (3; 63), determination of a flow value for the valve element (4, 5, 6, 7; 69; 99) from the two fluid pressures and of a flow function, relating of the flow value with a presettable volumetric fluid flow rate or mass fluid flow rate for the pressurised fluid, which flow rate is provided for flow through the fluid passage (20 to 27), to a guide value and the determination of a required actuating energy for an actuating device (8, 9, 10, 11; 70, 71; 100, 101) which is designed for an actuation of the valve element (4, 5, 6, 7; 69; 99), provision of the actuating energy to the actuating device (8, 9, 10, 11; 70, 71; 100, 101) for adjusting the presettable volumetric fluid flow rate or mass fluid flow rate, characterised in that the flow value is determined from the flow function set in relation to a quotient of the first fluid pressure and the second fluid pressure.
A method of identifying a component (300, 400) of a gas turbine engine, the method comprising: identifying a type of the component from a plurality of component types of the gas turbine engine; identifying a location of a unique pattern (310, 410), the unique pattern being on a designated surface area (312, 412) of the component, the component being formed from a fiber material comprising a tow (201, 202, 203) of filaments of a synthetic fiber composite material, the unique pattern created from properties of the fiber material and the tow; and scanning, using a scanner, the location of the unique pattern to uniquely identify the component. identifying a type of the component from a plurality of component types of the gas turbine engine; identifying a location of a unique pattern (310, 410), the unique pattern being on a designated surface area (312, 412) of the component, the component being formed from a fiber material comprising a tow (201, 202, 203) of filaments of a synthetic fiber composite material, the unique pattern created from properties of the fiber material and the tow; and scanning, using a scanner, the location of the unique pattern to uniquely identify the component.
A method for introducing substitution mutations into at least one target DNA molecule comprising: a. providing at least one sample comprising at least one target DNA molecule; and b. amplifying the at least one target DNA molecule using a low bias high fidelity DNA polymerase having low template amplification bias; wherein the step of amplifying the at least one target DNA molecule is carried out in the presence of a nucleotide analog and comprises at least 2 rounds of replicating the at least one target DNA molecule, wherein in a first round of replication the DNA polymerase incorporates the nucleotide analog in place of a nucleotide and in a second round of replication, the nucleotide analog pairs with a natural nucleotide to introduce a substitution mutation in the complementary strand. a. providing at least one sample comprising at least one target DNA molecule; and b. amplifying the at least one target DNA molecule using a low bias high fidelity DNA polymerase having low template amplification bias;
A secondary air supply component of an internal combustion engine, which includes: i) a first part made of metal and having: a first wall section that forms a part of a secondary air passage, and that is arranged to be formed by press working in production equipment; and a first clamping portion that is arranged to be fixed to the production equipment when the first wall section is formed by the press working; and ii) a second part made of metal and having: a second wall section that forms the other part of the secondary air passage, and that is arranged to be formed by press working in production equipment: and a second clamping portion that is arranged to be fixed to the production equipment when the second wall section is formed by the press working, wherein the second wall section of the second part is arranged to fit together with the first wall section of the first part to form the secondary air passage, the secondary air supply component characterised in that: the first and second parts form an air channel therebetween; and at least one through-hole is formed in at least one of the first clamping portion and the second clamping portion so as to reduce the vibration noise generated in use by the component of the internal combustion engine. i) a first part made of metal and having: a first wall section that forms a part of a secondary air passage, and that is arranged to be formed by press working in production equipment; and a first clamping portion that is arranged to be fixed to the production equipment when the first wall section is formed by the press working; and a first wall section that forms a part of a secondary air passage, and that is arranged to be formed by press working in production equipment; and a first clamping portion that is arranged to be fixed to the production equipment when the first wall section is formed by the press working; and ii) a second part made of metal and having: a second wall section that forms the other part of the secondary air passage, and that is arranged to be formed by press working in production equipment: and a second clamping portion that is arranged to be fixed to the production equipment when the second wall section is formed by the press working, a second wall section that forms the other part of the secondary air passage, and that is arranged to be formed by press working in production equipment: and and a second clamping portion that is arranged to be fixed to the production equipment when the second wall section is formed by the press working, the first and second parts form an air channel therebetween; and at least one through-hole is formed in at least one of the first clamping portion and the second clamping portion so as to reduce the vibration noise generated in use by the component of the internal combustion engine.
A switch device for a data card with a battery power supply module, the switch device comprising a connection detecting module and a battery connection enable switch-off module inside the battery power supply module; wherein the connection detecting module is configured to detect whether the data card is connected to a computer via a computer interface of the data card, and control the battery connection enable switch-off module to switch on a battery circuit of the data card when determining that the data card is connected to the computer, and control the battery connection enable switch-off module to switch off the battery circuit of the data card when determining that the data card is disconnected from the computer; and the battery connection enable switch-off module is configured to switch on or off the battery circuit of the data card under control of the connection detecting module.