mhurhangee/ep-ind-claims huggingface dataset:
Quick release clip, comprising a male component carrying a plate-like insert extending overhanging from the respective attachment portion, along an insertion direction; a female component having a containment channel configured to accommodate the plate-like insert along the insertion direction; wherein the male component also includes an engagement wing extending next to the plate-like insert and carrying an engagement tooth protruding towards the plate-like insert itself; and wherein the containment channel is delimited by a covering wall which has an engagement seat configured to engage the engagement tooth; characterized in that the engagement wing is joined to the attachment portion of the male component by an elastically deformable interconnection portion. a male component carrying a plate-like insert extending overhanging from the respective attachment portion, along an insertion direction; a female component having a containment channel configured to accommodate the plate-like insert along the insertion direction; wherein the male component also includes an engagement wing extending next to the plate-like insert and carrying an engagement tooth protruding towards the plate-like insert itself; and wherein the containment channel is delimited by a covering wall which has an engagement seat configured to engage the engagement tooth; characterized in that the engagement wing is joined to the attachment portion of the male component by an elastically deformable interconnection portion.
An imaging device including a light source emitting light at a given cycle, and a light receiving portion including at least one array of pixel units, each pixel unit having a photoelectric conversion region for performing photoelectric conversion of light in a view field, said imaging device further including a controller performing control so as to accumulate charge generated by photoelectric conversion at exposure cycle synchronous with the light emission of the light source, wherein, said exposure cycle includes a first period for receiving reflection light from a subject illuminated by light from the light source, and a second period for receiving light from the subject illuminated by an environmental light not including the light from the light source, characterized in that each pixel unit of said imaging device further includes a charge transfer portion connected to the photoelectric conversion region of the pixel unit; a first charge storage region for receiving charge generated in said photoelectric conversion region during the first period via said charge transfer portion, and a second charge storage region for receiving charge generated in said photoelectric conversion region during the second period via said charge transfer portion, wherein said charge transfer portion is formed by elongating the photoelectric conversion region and is underneath a blackout curtain, said charge transfer portion being at lower potential than the photoelectric conversion region. said imaging device further including a controller performing control so as to accumulate charge generated by photoelectric conversion at exposure cycle synchronous with the light emission of the light source, wherein, said exposure cycle includes a first period for receiving reflection light from a subject illuminated by light from the light source, and a second period for receiving light from the subject illuminated by an environmental light not including the light from the light source, characterized in that each pixel unit of said imaging device further includes a charge transfer portion connected to the photoelectric conversion region of the pixel unit; a first charge storage region for receiving charge generated in said photoelectric conversion region during the first period via said charge transfer portion, and a second charge storage region for receiving charge generated in said photoelectric conversion region during the second period via said charge transfer portion, wherein said charge transfer portion is formed by elongating the photoelectric conversion region and is underneath a blackout curtain, said charge transfer portion being at lower potential than the photoelectric conversion region.
A stator laminate for a progressing cavity pump stator assembly comprising: a unitary planar body defining a primary, inner passage and a number of outer passages; characterised in that said outer passages are disposed effectively adjacent said inner passage whereby said inner passage is at least partially defined by a band; and wherein said band and outer passages comprise a flexibility assembly. a unitary planar body defining a primary, inner passage and a number of outer passages; characterised in that said outer passages are disposed effectively adjacent said inner passage whereby said inner passage is at least partially defined by a band; and wherein said band and outer passages comprise a flexibility assembly.
Thermocouple for temperature measurements, comprising: a first wire of a first metallic material and a second wire of a second metallic material different from the first metallic material; a first section that is configured to bend elastically and wherein the first wire and the second wire run electrically isolated from each other; a second section wherein the first wire and the second wire are connected to each other to form a measuring junction; a first layer of a thermally conductive and electrically isolating first material enclosing the second section; and a second layer of an ultrasonic-weldable second material enclosing at least part of the first layer and being configured to be ultrasonic welded to a target surface. a first wire of a first metallic material and a second wire of a second metallic material different from the first metallic material; a first section that is configured to bend elastically and wherein the first wire and the second wire run electrically isolated from each other; a second section wherein the first wire and the second wire are connected to each other to form a measuring junction; a first layer of a thermally conductive and electrically isolating first material enclosing the second section; and a second layer of an ultrasonic-weldable second material enclosing at least part of the first layer and being configured to be ultrasonic welded to a target surface.
Vertical column configured to equip a lateral panel that comprises a shelving device, said vertical column having at least one opening configured to receive a fastening member of a beam that further comprises said shelving device for assembling said beam to said vertical column, said vertical column comprises at least one receiving and retaining member having said at least one opening and at least one stamped portion provided close to said at least one opening, said at least one stamped portion protruding from one of an external surface and an internal surface of said vertical column which are opposite, and being configured to retain said fastening member of said beam; wherein said at least one receiving and retaining member has an outline which is defined by both said at least one opening and said at least one stamped portion; said at least one opening comprises an access window and a guiding window, said guiding window being located between said access window and said at least one stamped portion; characterised in that said at least one opening has a contour comprising a first vertical edge, a second vertical edge, and in that the contour has either a tightened edge linked to the second vertical edge and comprising an inclined portion having a constant angle of inclination and a second edge of the stamped portion extending directly from the inclined portion, or a tightened edge having an inclined portion linked to the second vertical edge and a vertical portion linked to the bottom edge, the second vertical edge and tightened edge being opposite to the first vertical edge, a top edge and a bottom edge which are opposite, said top edge linking said first vertical edge and said second vertical edge, and said bottom edge linking said first vertical edge and said tightened edge; said access window being defined at least by said first vertical edge and said second vertical edge, and said guiding window being defined at least by said first vertical edge and said tightened edge; and said at least one stamped portion has a contour comprising a first edge extending from said first vertical edge of said at least one opening, the second edge being opposite to said first edge and extending from said tightened edge of said at least one opening, an upper edge linking said first and second edges and which is similar to said bottom edge of said at least one opening, and a lower edge opposite to said upper edge and linking said first and second edges.
An energy delivery device comprising: an antenna comprising an inner conductor; and a conductive tip at a distal end of said antenna, wherein said conductive tip comprises one or more sharpness enhancing features selected from the group consisting of a diamond like coating, a plurality of micro-serrations, and a vibration component, wherein said diamond like coating is less than 20 microns; wherein said micro-serrations are in a tri-facet or quad-facet design, and/or wherein said micro-serrations are 50-100 μm in length; wherein said vibration component is a piezoelectric transducer, and/or wherein said vibration component generated a vibration of 0.1 to 20 kHz of less than 1 mm travel in the axial direction of the tip. an antenna comprising an inner conductor; and a conductive tip at a distal end of said antenna, wherein said conductive tip comprises one or more sharpness enhancing features selected from the group consisting of a diamond like coating, a plurality of micro-serrations, and a vibration component, wherein said diamond like coating is less than 20 microns; wherein said micro-serrations are in a tri-facet or quad-facet design, and/or wherein said micro-serrations are 50-100 μm in length; wherein said vibration component is a piezoelectric transducer, and/or wherein said vibration component generated a vibration of 0.1 to 20 kHz of less than 1 mm travel in the axial direction of the tip.
A powder press adapter having at least one die carrier and having at least one counter yoke displaceable relative to the die carrier, characterized a. by a spacer comprising a cylinder and a piston, which is effective between the die carrier and the counter yoke and which fluidically exerts forces that maintain spacing; and/or b. by a lifting device comprising a cylinder and a piston, which is effective between the die carrier and the counter yoke and which is driven fluidically; wherein (i) the cylinder and/or the piston surround (s) a passage opening in the die carrier or, correspondingly, in the counter yoke, and/or surround(s) a guide rod; and/or (ii) wherein the spacer or, respectively, the lifting device comprises an assembly within the die carrier and/or the counter yoke; and/or (iii) wherein the spacer is designed to maintain a spacing in a first of one of its operating states and designed to be flexible in a second of one of its operating states. a. by a spacer comprising a cylinder and a piston, which is effective between the die carrier and the counter yoke and which fluidically exerts forces that maintain spacing; and/or b. by a lifting device comprising a cylinder and a piston, which is effective between the die carrier and the counter yoke and which is driven fluidically; (i) the cylinder and/or the piston surround (s) a passage opening in the die carrier or, correspondingly, in the counter yoke, and/or surround(s) a guide rod; and/or (ii) wherein the spacer or, respectively, the lifting device comprises an assembly within the die carrier and/or the counter yoke; and/or (iii) wherein the spacer is designed to maintain a spacing in a first of one of its operating states and designed to be flexible in a second of one of its operating states.
A flame mitigation device for a combustible material system having a projected flame path, external to the system, for a flame to be released from the system in the event of an explosion, comprising: an enclosure (22, 32, 42, 52, 62) configured to enclose at least a portion of a combustible material region; at least one sensor (25, 35, 45, 55, 65) configured to sense a flame in the event of an explosion; and at least one pressure release device (23, 33, 43, 53, 63) configured to release a flame from the enclosure (22, 32, 42, 52, 62) in the event of an explosion, the pressure release device (23, 33, 43, 53, 63) having an outlet side; wherein the flame mitigation device further comprises at least one suppression agent release device configured to release a flame suppression agent (28, 38, 48, 58) into the projected flame path when the flame is sensed, characterized in that the suppression agent release device is oriented on the outlet side of the pressure release device. an enclosure (22, 32, 42, 52, 62) configured to enclose at least a portion of a combustible material region; at least one sensor (25, 35, 45, 55, 65) configured to sense a flame in the event of an explosion; and at least one pressure release device (23, 33, 43, 53, 63) configured to release a flame from the enclosure (22, 32, 42, 52, 62) in the event of an explosion, the pressure release device (23, 33, 43, 53, 63) having an outlet side; wherein the flame mitigation device further comprises at least one suppression agent release device configured to release a flame suppression agent (28, 38, 48, 58) into the projected flame path when the flame is sensed, characterized in that the suppression agent release device is oriented on the outlet side of the pressure release device.
A signal transmitting method performed by a base station for use in a wireless communication system comprising a first communication system and a second communication system, the method comprising: obtaining information on a location of a reference signal or a control signal for the first communication system, the information including at least one of information on a number of cell specific reference signal, CRS, port, information on a bandwidth of the first communication system, information on a number of control symbol, or information on a cell ID; identifying the location of the reference signal or the control signal for the first communication system based on the received information, when a transmission band of the first communication system and a transmission band of the second communication system overlap each other; puncturing a signal for the second communication system based on the identified location of the reference signal or the control signal for the first communication system; and transmitting the punctured signal for the second communication system. obtaining information on a location of a reference signal or a control signal for the first communication system, the information including at least one of information on a number of cell specific reference signal, CRS, port, information on a bandwidth of the first communication system, information on a number of control symbol, or information on a cell ID; identifying the location of the reference signal or the control signal for the first communication system based on the received information, when a transmission band of the first communication system and a transmission band of the second communication system overlap each other; puncturing a signal for the second communication system based on the identified location of the reference signal or the control signal for the first communication system; and transmitting the punctured signal for the second communication system.
Method for controlling the display on a display device of a plurality of elements belonging to a list, wherein, in a first display mode, information is displayed for a first part of the elements of the list, a scrolling of the elements in said list in the first display mode on the display device being provoked in response to a movement exerted on a touch interface in a determined scrolling direction, characterized in that there is also triggered from the first display mode, in response to a movement (12") exerted on the touch interface in a triggering direction distinct from the direction of scrolling of the list, a display on said device of said list according to a second display mode in which, for each element of a second part of elements in the list included in and distinct from the first part of the elements in the list, the information displayed in the first display mode for this element and additional information is displayed, and in that there is also triggered, in response to another movement exerted on the touch interface in said triggering direction, a display on the device of the list according to a third display mode in which, for each element of a third part of the elements in the list included in and distinct from the second part of the elements in the list, the information displayed in the first display mode, the additional information displayed in the second display mode and additional information is displayed.
A process for the manufacture of a shelf stable chocolate soft cake comprising the steps of - depositing a first layer of dough material, - depositing a layer of filling material on top of the first layer and - depositing a second layer of dough material on top of the layer of filling material, wherein at least one of the first and second layers of dough material is in direct contact with the layer of filling material, and - baking the combined deposited layers to produce a soft cake, wherein the dough layers become cooked and the filling layer simulates an unbaked heart of dough, wherein the dough material comprises 5 to 35 wt.% of chocolate or the corresponding amount of cocoa powder, the filling material is a chocolate filling comprising at least 1 wt.% of cocoa solids, the water activity of the filling material is in the range of from 0.65 to 0.84, the water activity of the soft cake is in the range of from 0.65 to 0.84, the filling material is not a dough material, and when packaged, no development of mould is visible after storage of the soft cake at 25 °C for two months or more. - depositing a first layer of dough material, - depositing a layer of filling material on top of the first layer and - depositing a second layer of dough material on top of the layer of filling material, wherein at least one of the first and second layers of dough material is in direct contact with the layer of filling material, and - baking the combined deposited layers to produce a soft cake, wherein the dough layers become cooked and the filling layer simulates an unbaked heart of dough, wherein the dough material comprises 5 to 35 wt.% of chocolate or the corresponding amount of cocoa powder, the filling material is a chocolate filling comprising at least 1 wt.% of cocoa solids, the water activity of the filling material is in the range of from 0.65 to 0.84, the water activity of the soft cake is in the range of from 0.65 to 0.84, the filling material is not a dough material, and when packaged, no development of mould is visible after storage of the soft cake at 25 °C for two months or more. the dough material comprises 5 to 35 wt.% of chocolate or the corresponding amount of cocoa powder, the filling material is a chocolate filling comprising at least 1 wt.% of cocoa solids, the water activity of the filling material is in the range of from 0.65 to 0.84, the water activity of the soft cake is in the range of from 0.65 to 0.84, the filling material is not a dough material, and when packaged, no development of mould is visible after storage of the soft cake at 25 °C for two months or more.
A process for making a multilayer structure comprising the steps of: providing a first layer comprising one or more primary layers having a thickness in the range of less than 1 mm; providing one or more polyolefin dispersions comprising: at least one or more base polymers selected from the group consisting of ethylene-alpha olefin copolymers and propylene-alpha olefin copolymers; at least one or more stabilizing agents; a liquid media; and optionally one or more neutralizing agents; optionally one or more fillers; applying said one or more polyolefin dispersions to one or more surfaces of said one or more primary layers; removing at least a portion of the liquid media from said one or more polyolefin dispersions; thereby forming a second layer comprising one or more secondary layers having a thickness in the range of less than 15 μm, wherein said second layer is associated with at least one surface of said first layer; thereby forming an intermediate structure; forming a third layer via extrusion coating process, on the one or more surfaces of said intermediate structure, wherein said third layer comprises one or more tertiary layers having a thickness in the range of less than 150 μm; thereby forming said multilayer structure, wherein said second layer is disposed therebetween said first layer and said third layer. providing a first layer comprising one or more primary layers having a thickness in the range of less than 1 mm; providing one or more polyolefin dispersions comprising: at least one or more base polymers selected from the group consisting of ethylene-alpha olefin copolymers and propylene-alpha olefin copolymers; at least one or more stabilizing agents; a liquid media; and optionally one or more neutralizing agents; optionally one or more fillers; at least one or more base polymers selected from the group consisting of ethylene-alpha olefin copolymers and propylene-alpha olefin copolymers; at least one or more stabilizing agents; a liquid media; and optionally one or more neutralizing agents; optionally one or more fillers; applying said one or more polyolefin dispersions to one or more surfaces of said one or more primary layers; removing at least a portion of the liquid media from said one or more polyolefin dispersions; thereby forming a second layer comprising one or more secondary layers having a thickness in the range of less than 15 μm, wherein said second layer is associated with at least one surface of said first layer; thereby forming an intermediate structure; forming a third layer via extrusion coating process, on the one or more surfaces of said intermediate structure, wherein said third layer comprises one or more tertiary layers having a thickness in the range of less than 150 μm; thereby forming said multilayer structure, wherein said second layer is disposed therebetween said first layer and said third layer.