mhurhangee/ep-ind-claims huggingface dataset:
A medical device for applying radiofrequency energy to tissue, comprising: a tubular elongate member defining an interior and having a proximal end and an opposite distal end; a handle element at the proximal end of the elongate member; and an electrode element at the distal end of the elongate member, the electrode element comprising a tip portion and a plurality of tines (71a-c), each of the plurality of tines (71a-c) being positionable in a retracted configuration within the interior of the tip portion and/or the elongate member and in a deployed configuration that extends outward of the tip portion, characterized in that the handle element comprises an actuator portion for positioning the plurality of tines (71a-c) at one of a plurality of positions between the retracted configuration and the deployed configuration; the handle element further comprises a slider operably coupled to the actuator portion such that rotation of the actuator portion causes incremental movement of the slider to position the plurality of tines (71a-c) at the one of the plurality of positions between the retracted configuration and the deployed configuration; and in that the handle further comprises a substructure, wherein the substructure and the actuator portion comprise a ball/detent system to proceed the deployment of the tines (71a-c) in discrete, graded steps, and preferably the position additionally locked at any step. a tubular elongate member defining an interior and having a proximal end and an opposite distal end; a handle element at the proximal end of the elongate member; and an electrode element at the distal end of the elongate member, the electrode element comprising a tip portion and a plurality of tines (71a-c), each of the plurality of tines (71a-c) being positionable in a retracted configuration within the interior of the tip portion and/or the elongate member and in a deployed configuration that extends outward of the tip portion, characterized in that the handle element comprises an actuator portion for positioning the plurality of tines (71a-c) at one of a plurality of positions between the retracted configuration and the deployed configuration; the handle element further comprises a slider operably coupled to the actuator portion such that rotation of the actuator portion causes incremental movement of the slider to position the plurality of tines (71a-c) at the one of the plurality of positions between the retracted configuration and the deployed configuration; and in that the handle further comprises a substructure, wherein the substructure and the actuator portion comprise a ball/detent system to proceed the deployment of the tines (71a-c) in discrete, graded steps, and preferably the position additionally locked at any step.
A target assembly being a transmissive laser-activated remote phosphor target, comprising: a dichroic coating deposited on a substrate; a buffer layer deposited on the dichroic coating; and a wavelength converter having a bonding surface that is bonded to the buffer layer by a layer of low temperature glass, the buffer layer being interposed between the layer of low temperature glass and the dichroic coating acting to prevent a reaction between the layer of low temperature glass and the dichroic coating, the layer of low temperature glass extending at least over an entirety of the bonding surface of the wavelength converter, the wavelength converter comprising a phosphor for converting a primary light from an excitation source into a secondary light and the dichroic coating reflecting at least 50% of the secondary light emitted by the wavelength converter. a dichroic coating deposited on a substrate; a buffer layer deposited on the dichroic coating; and a wavelength converter having a bonding surface that is bonded to the buffer layer by a layer of low temperature glass, the buffer layer being interposed between the layer of low temperature glass and the dichroic coating acting to prevent a reaction between the layer of low temperature glass and the dichroic coating, the layer of low temperature glass extending at least over an entirety of the bonding surface of the wavelength converter, the wavelength converter comprising a phosphor for converting a primary light from an excitation source into a secondary light and the dichroic coating reflecting at least 50% of the secondary light emitted by the wavelength converter.
An elastic composite comprising: a first and second substrate; and a hot melt adhesive composition between the first and second substrates thereby permanently bonding the first and second substrates to each other and providing elasticity in the bonded area, said hot melt adhesive composition comprising: at least 15 % by weight of a first styrene block copolymer having a melt flow rate of at least 15 g/10 minutes (190°C, 2.16 kgs) determined according to ASTM D 1238 and a diblock content of no greater than 10% by weight, wherein the first styrene block copolymer has an unsaturated mid-block, the hot melt adhesive composition having a viscosity of no greater than 7,000 cps at 177°C determined according to ASTM D-3236. a first and second substrate; and a hot melt adhesive composition between the first and second substrates thereby permanently bonding the first and second substrates to each other and providing elasticity in the bonded area, said hot melt adhesive composition comprising: at least 15 % by weight of a first styrene block copolymer having a melt flow rate of at least 15 g/10 minutes (190°C, 2.16 kgs) determined according to ASTM D 1238 and a diblock content of no greater than 10% by weight, wherein the first styrene block copolymer has an unsaturated mid-block, the hot melt adhesive composition having a viscosity of no greater than 7,000 cps at 177°C determined according to ASTM D-3236.
Switching contact unit for mounting on a rebate (22, 32) between a fixed frame and a window sash or door leaf, at least comprising: - a base housing having fastening means for fastening to the fixed frame or to the sash/leaf; - a switching contact pin which is intended for bearing on the fixed frame or on the sash/leaf and which is mounted in a pin-guiding recess (11.3) in the base housing so as to be displaceable against the force of at least one spring element, - an electrical microswitch element which is arranged in the base housing and has an actuating element which is movable with respect to a microswitch housing; wherein the switching contact pin is provided, at least in that region of its length which is swept by the actuating element of the microswitch element, with at least one switching portion (14.4) which has a diameter which is changed with respect to a base portion (14.2) and on which the microswitch element can be switched, and wherein a conical transition is formed between the base portion (14.2) and the switching portion (14.4); characterized in that the actuating direction of the actuating element is oriented at an angle of between 60° and 85° obliquely to the displacement direction of the switching contact pin. - a base housing having fastening means for fastening to the fixed frame or to the sash/leaf; - a switching contact pin which is intended for bearing on the fixed frame or on the sash/leaf and which is mounted in a pin-guiding recess (11.3) in the base housing so as to be displaceable against the force of at least one spring element, - an electrical microswitch element which is arranged in the base housing and has an actuating element which is movable with respect to a microswitch housing;
A beverage container carrier being made from a coated paperboard, which coated paperboard comprises: - a paperboard substrate comprising cellulosic fibers, - a dispersion coating layer (18, 20) on each side (14, 16) of the paperboard substrate, wherein the dispersion coating layers (18, 20) comprise latex and/or polyolefin in an amount in a range from ≥ 30 wt% to ≤ 100 wt%, wherein the paperboard substrate comprises - wet strength agents in an amount in a range from ≥ 0 wt% to ≤ 0.05 wt%, based on the dry solid content of the substrate, wherein the wet strength agents comprise at least one of the following group: urea resins, melamine resins, polyamidoamine-epichlorhydrine resins, PAM-glyoxal resins, glyoxal, glyoxal resins, dialdehyde-starch, and - sizing agents for making the paperboard substrate more hydrophobic, wherein the sizing agents are present in an amount of ≥ 0,15 wt%, especially in a range from ≥ 0,15 wt% to ≤ 0.5 wt%, based on the dry solid content of the substrate and wherein the sizing agents are selected from alkyl ketene dimer, alkyl succinic anhydride, rosin or a mixture thereof, and wherein the carrier comprises a handle formed by a structure in the coated paperboard, or a structure made of the coated paperboard. - a paperboard substrate comprising cellulosic fibers, - a dispersion coating layer (18, 20) on each side (14, 16) of the paperboard substrate, wherein the dispersion coating layers (18, 20) comprise latex and/or polyolefin in an amount in a range from ≥ 30 wt% to ≤ 100 wt%, - wet strength agents in an amount in a range from ≥ 0 wt% to ≤ 0.05 wt%, based on the dry solid content of the substrate, wherein the wet strength agents comprise at least one of the following group: urea resins, melamine resins, polyamidoamine-epichlorhydrine resins, PAM-glyoxal resins, glyoxal, glyoxal resins, dialdehyde-starch, and - sizing agents for making the paperboard substrate more hydrophobic, wherein the sizing agents are present in an amount of ≥ 0,15 wt%, especially in a range from ≥ 0,15 wt% to ≤ 0.5 wt%, based on the dry solid content of the substrate and wherein the sizing agents are selected from alkyl ketene dimer, alkyl succinic anhydride, rosin or a mixture thereof, and
A method of seismic modeling with a plurality of Accelerated Processing Components, APCs (107A - 107D), the method comprising: (a) storing at least a portion of a data volume and a seismic model on to a system memory resource of a computer system, wherein the data volume comprises two or more dimensions, the computer system comprising an APC queue coupled to the system memory resource, the APC queue comprising a plurality of APCs (107A - 107D) coupled to each other and to the system memory resource; (b) dividing the data volume along at least one of the dimensions to form a plurality of data blocks; (c) transferring one or more of the data blocks from the system memory resource to a first APC in the queue, the first APC calculating at least one time iteration for at least one of the data blocks; (d) transferring a data block from one APC (107A - 107C) within the queue to a next APC (107B - 107D) in the queue; (e) repeating (d) for each remaining APC in the queue, wherein each successive APC (107A - 107D) in the queue calculates at least one further time iteration for at least one data block stored within each APC (107A - 107D); and (f) transferring one of the data blocks from a last APC (107A - 107D) in the queue to the system memory resource. (a) storing at least a portion of a data volume and a seismic model on to a system memory resource of a computer system, wherein the data volume comprises two or more dimensions, the computer system comprising an APC queue coupled to the system memory resource, the APC queue comprising a plurality of APCs (107A - 107D) coupled to each other and to the system memory resource; (b) dividing the data volume along at least one of the dimensions to form a plurality of data blocks; (c) transferring one or more of the data blocks from the system memory resource to a first APC in the queue, the first APC calculating at least one time iteration for at least one of the data blocks; (d) transferring a data block from one APC (107A - 107C) within the queue to a next APC (107B - 107D) in the queue; (e) repeating (d) for each remaining APC in the queue, wherein each successive APC (107A - 107D) in the queue calculates at least one further time iteration for at least one data block stored within each APC (107A - 107D); and (f) transferring one of the data blocks from a last APC (107A - 107D) in the queue to the system memory resource.
An automatic document transportation device, comprising: a main body; a main body side lock portion arranged in the main body; a cover supported in an openable/closable manner at the main body and comprising a basal end side and a distal end side, the distal end side being the side distant from the basal end side; a cover rotation shaft formed at the basal end side and turnably attached to the main body; a cover side lock portion for locking the cover so as not to open by being hooked to the main body side lock portion when the cover is closed; and an unlock portion for unlocking the cover side lock portion, characterized in that the unlock portion is arranged on a first surface of the cover which faces the main body, and in the vicinity of an end at the distal end side of the cover such that the unlock portion can be reached by a user from the end of the distal end side. a main body; a main body side lock portion arranged in the main body; a cover supported in an openable/closable manner at the main body and comprising a basal end side and a distal end side, the distal end side being the side distant from the basal end side; a cover rotation shaft formed at the basal end side and turnably attached to the main body; a cover side lock portion for locking the cover so as not to open by being hooked to the main body side lock portion when the cover is closed; and an unlock portion for unlocking the cover side lock portion, characterized in that the unlock portion is arranged on a first surface of the cover which faces the main body, and in the vicinity of an end at the distal end side of the cover such that the unlock portion can be reached by a user from the end of the distal end side.
A method of assembling a switch, the switch comprising: a housing having an operating hole; a press button inserted into the operating hole in the housing in a vertically reciprocating manner; a slider that is supported in a vertically reciprocating manner and is biased upward in the housing by a spring member accommodated in the housing, the slider having a recessed portion that is provided on an upper end surface of the slider and is pushed down by a lower end portion of the press button; and a built-in switch having an operating button configured to be driven by the slider when the slider is pushed down by the press button, wherein an engaging projection is provided on a lower end edge portion of the press button, a first engaging groove is provided on an inner periphery surface of the operating hole in the housing, and a second engaging groove is provided on an inner periphery surface of the recessed portion of the slider, characterized in that in assembling the switch, the engaging projection is engaged with and inserted into the first engaging groove, the slider is pushed down by the engaging projection that passes through the first engaging groove while rotating the press button, and the engaging projection of the press button is engaged with the second engaging groove, whereby the slider is moved upward by the spring force of the spring member so that the engaging projection is engaged with the second engaging groove and the position of the press button is held in place. a housing having an operating hole; a press button inserted into the operating hole in the housing in a vertically reciprocating manner; a slider that is supported in a vertically reciprocating manner and is biased upward in the housing by a spring member accommodated in the housing, the slider having a recessed portion that is provided on an upper end surface of the slider and is pushed down by a lower end portion of the press button; and a built-in switch having an operating button configured to be driven by the slider when the slider is pushed down by the press button,
A food or feed processing system (10, 96) comprising: an extruder including an elongated, tubular barrel presenting an input for receiving food or feed material, and an outlet, with at least one elongated, axially rotatable, helically flighted screw within the barrel, said extruder operable to initially process said material and to generate an extrudate from said outlet; a processor (16, 16a) including -- an elongated, tubular processor barrel presenting an inner surface, an extrudate inlet, and a product output; a conduit operatively connecting said extruder outlet and said extrudate inlet, said processor (16, 16a) operable to further heat and process said extrudate and create a final product from said product output; characterized in that said processor (16, 16a) includes an elongated body within said processor barrel and presenting an outer surface adjacent and proximal to said inner surface, there being an annular region between said inner and outer surfaces (44, 62); a tubular processing element within said annular region; and a drive assembly (78, 80) operably coupled with said processing element in order to rotate said processing element relative to said elongated body, to thereby scrape material from the inner surface of said processor barrel and the outer surface of said body. an extruder including an elongated, tubular barrel presenting an input for receiving food or feed material, and an outlet, with at least one elongated, axially rotatable, helically flighted screw within the barrel, said extruder operable to initially process said material and to generate an extrudate from said outlet; a processor (16, 16a) including -- an elongated, tubular processor barrel presenting an inner surface, an extrudate inlet, and a product output; a conduit operatively connecting said extruder outlet and said extrudate inlet, said processor (16, 16a) operable to further heat and process said extrudate and create a final product from said product output; characterized in that said processor (16, 16a) includes an elongated body within said processor barrel and presenting an outer surface adjacent and proximal to said inner surface, there being an annular region between said inner and outer surfaces (44, 62); a tubular processing element within said annular region; and an elongated, tubular processor barrel presenting an inner surface, an extrudate inlet, and a product output; a conduit operatively connecting said extruder outlet and said extrudate inlet, said processor (16, 16a) operable to further heat and process said extrudate and create a final product from said product output; characterized in that said processor (16, 16a) includes an elongated body within said processor barrel and presenting an outer surface adjacent and proximal to said inner surface, there being an annular region between said inner and outer surfaces (44, 62); a tubular processing element within said annular region; and a drive assembly (78, 80) operably coupled with said processing element in order to rotate said processing element relative to said elongated body, to thereby scrape material from the inner surface of said processor barrel and the outer surface of said body.
Portable hard surface cleaner for drawing off and sucking up liquid from a hard surface, comprising a suction nozzle with a suction opening on which at least one draw-off lip (68, 70) is arranged, a suction unit which is in flow communication with the suction nozzle for sucking up a mixture of liquid and air from the suction opening, a separating chamber which is positioned between the suction nozzle and the suction unit and in which a separating device (52, 74) is arranged for separating liquid from the mixture of liquid and air, and a dirty liquid tank for accommodating the separated liquid, the dirty liquid tank being releasably held in a tank accommodating compartment of the hard surface cleaner, and the suction unit comprising a suction turbine which is surrounded by a turbine housing which is connected to the separating chamber by means of a turbine inlet part, characterized in that the turbine housing is connected to the tank accommodating compartment by means of a turbine outlet part, a wall of the tank accommodating compartment and the dirty liquid tank delimiting an air outlet chamber into which the turbine outlet part opens and via which the air that is drawn in by the suction turbine can be discharged to the environment.
A cable connector comprising a body joined to a connector ring for securing to a female connector, wherein the connector ring comprises at least one electrically conductive ring spring (29; 30), characterized in that the connector further comprises a ring spring surrounding an internal metal collar positioned within a central channel of the body.
An irrigation catheter device, in particular an ablation catheter, with - a catheter body in which a central lumen extends from a proximal area to a distal area, the lumen having multiple irrigation canals branching off from it, whose exit openings from the catheter body are distributed over its distal end area, and - means of evaluation, the central lumen and/or the individual irrigation canals being associated with at least one sensor to measure the pressure or to measure the flow rate, to which are connected means of evaluation, which are designed to determine the open-or-closed state of a part of the irrigation canals on the basis of measurements detected by the sensor, characterized in that the irrigation canals located in the distal end area have different diameters and/or lengths in the distal end area, depending on the orientation. - a catheter body in which a central lumen extends from a proximal area to a distal area, the lumen having multiple irrigation canals branching off from it, whose exit openings from the catheter body are distributed over its distal end area, and - means of evaluation,
A method for breast cancer prognosis comprising the detection in a biopsy sample of a molecular signature consisting of the expression of a panel of genes formed by: DEPDC1, CPSF6, C21orf45, FAM64A, EPB41L4B, NCAPH, WDR67, CENPA, CCNE2, BUB1 or of the proteins expressed thereby, wherein the overexpression of the molecular signature genes is correlated to a poor prognosis.