mhurhangee/ep-ind-claims huggingface dataset:
Device (1, 31) for the thermal treatment of a product, in particular a food item, by introducing heating energy into the product by means of electric current, wherein the device comprises: - receiving means for receiving several packing units which contain the product and at which first and second electrodes (15, 16) each are formed; - a first electrode unit that can be contacted with the first electrodes to permit the electric current to flow; and - a second electrode unit that can be contacted with the second electrodes to permit the electric current to flow, wherein the first and second electrode units (8, 10) comprise connector electrodes (7, 9) which are arranged and interconnected such that the current can flow through at least two packing units. - receiving means for receiving several packing units which contain the product and at which first and second electrodes (15, 16) each are formed; - a first electrode unit that can be contacted with the first electrodes to permit the electric current to flow; and - a second electrode unit that can be contacted with the second electrodes to permit the electric current to flow,
A cable feeding unit (100, 200, 300) for a shore cable management system, wherein the cable feeding unit (100, 200, 300) comprises a first motor (110, 210, 310), a first shaft (112, 212, 312), and a first set of rollers; a second motor (120, 220, 320), a second shaft (122, 222, 322), and a second set of rollers, wherein an axis of the second shaft (122, 222, 322) is in parallel with an axis of the first shaft (112, 212, 312); a cable feeding passage formed of a set of cable tensioners (130, 230, 330) having cable tensioning rollers placed opposite to the first set of rollers (114, 214, 314) and the second set of rollers so that rim parts of the cable tensioning rollers facing rim parts of the rollers of the first set of rollers (114, 214, 314) and the rollers of the second set of rollers, wherein the first motor (110, 210, 310) is connected with the first shaft (112, 212, 312), the first set of rollers (114, 214, 314) is arranged on the first shaft (112, 212, 312) and the first motor (110, 210, 310) is adapted to drive, by the first shaft (112, 212, 312), one or more rollers of the first set of rollers (114, 214, 314); the second motor (120, 220, 320) is connected with the second shaft (122, 222, 322), the second set of rollers is arranged on the second shaft (122, 222, 322) and the second motor (120, 220, 320) is adapted to drive one or more rollers of the second set of rollers; at least one roller of the first set of rollers (114, 214, 314) is connected by a first transmission means (160, 260, 360) with a roller of the at least second set of rollers. a second motor (120, 220, 320), a second shaft (122, 222, 322), and a second set of rollers, wherein an axis of the second shaft (122, 222, 322) is in parallel with an axis of the first shaft (112, 212, 312); a cable feeding passage formed of a set of cable tensioners (130, 230, 330) having cable tensioning rollers placed opposite to the first set of rollers (114, 214, 314) and the second set of rollers so that rim parts of the cable tensioning rollers facing rim parts of the rollers of the first set of rollers (114, 214, 314) and the rollers of the second set of rollers, wherein the first motor (110, 210, 310) is connected with the first shaft (112, 212, 312), the first set of rollers (114, 214, 314) is arranged on the first shaft (112, 212, 312) and the first motor (110, 210, 310) is adapted to drive, by the first shaft (112, 212, 312), one or more rollers of the first set of rollers (114, 214, 314); the second motor (120, 220, 320) is connected with the second shaft (122, 222, 322), the second set of rollers is arranged on the second shaft (122, 222, 322) and the second motor (120, 220, 320) is adapted to drive one or more rollers of the second set of rollers; at least one roller of the first set of rollers (114, 214, 314) is connected by a first transmission means (160, 260, 360) with a roller of the at least second set of rollers.
An oxygen scavenging structure (herein referred to as the "OSS") being part of a closure for attachment to a part of a container, the OSS comprising a hydrogen generating means which includes active material arranged to generate molecular hydrogen on reaction with moisture; and catalyst for catalysing a reaction between hydrogen and oxygen; wherein said OSS includes a control means for controlling the passage of moisture to said active material; wherein at least part of said control means is provided in a first layer and a second layer comprises said hydrogen generating means which comprises a matrix with which said active material is associated; wherein catalyst is dispersed in said first layer or said second layer, wherein the sum of the volume of the first and second layers is defined as the "sum-vol" in mm 3 and said OSS includes less than 0.20μg of catalyst per unit of said "sum-vol" in mm 3. wherein said OSS includes a control means for controlling the passage of moisture to said active material; wherein at least part of said control means is provided in a first layer and a second layer comprises said hydrogen generating means which comprises a matrix with which said active material is associated; wherein catalyst is dispersed in said first layer or said second layer, wherein the sum of the volume of the first and second layers is defined as the "sum-vol" in mm 3 and said OSS includes less than 0.20μg of catalyst per unit of said "sum-vol" in mm 3.
A diverter assembly for a manifold of an oil or gas well, comprising a housing having an internal passage, wherein the diverter assembly is adapted to connect to a branch of the manifold, characterised in that the housing includes an axial insert portion.
A method for producing a lining for a furniture piece, in particular a seating furniture piece, wherein the lining comprises at least one weft thread made of a plastic and warp threads made of a plastic, wherein the lining, after manufacture, is spread out without wrinkling for the furniture piece in a first step, wherein the lining is subjected to a heat treatment in a second step in a first region in which the lining undergoes a lower clamping force in relation to adjoining regions after being clamped onto the furniture piece by a frame of the furniture piece while the lining is exempted from the heat treatment in a second region adjoining the first region, wherein the heat treatment is carried out with respect to a treatment temperature and a treatment duration in such a way that a shrinking process is triggered in the lining in the treated first region.
A method of providing data redundancy in a Data Layered Architecture Network, the method comprising: at an enhanced redundancy data backend node: receiving data from a data backend node; characterized in that the method further comprises: designating data as either static or dynamic, wherein dynamic data comprises one or more of subscriber location, subscriber sessions and call forwarding setting and static data comprises one or more of subscriber names, contact details and global preferences; storing data designated as dynamic data in a computer readable medium in the form of a volatile memory; and storing data designated as static data in a computer readable medium in the form of a non- volatile memory. at an enhanced redundancy data backend node: receiving data from a data backend node; receiving data from a data backend node; characterized in that the method further comprises: designating data as either static or dynamic, wherein dynamic data comprises one or more of subscriber location, subscriber sessions and call forwarding setting and static data comprises one or more of subscriber names, contact details and global preferences; storing data designated as dynamic data in a computer readable medium in the form of a volatile memory; and storing data designated as static data in a computer readable medium in the form of a non- volatile memory. designating data as either static or dynamic, wherein dynamic data comprises one or more of subscriber location, subscriber sessions and call forwarding setting and static data comprises one or more of subscriber names, contact details and global preferences; storing data designated as dynamic data in a computer readable medium in the form of a volatile memory; and storing data designated as static data in a computer readable medium in the form of a non- volatile memory.
A pressure purging device for an inkjet recording apparatus comprising a back pressure tank, a distribution tank, a plurality of ink opening/closing electromagnetic valves, and plurality of recording heads, and in which the distribution tank is connected to the back pressure tank via an ink supply path, the plurality of ink opening/closing electromagnetic valves is attached to the distribution tank while being connected to the plurality of recording heads via a distribution supply path, characterized in that a transparent cover and a plate are attached to the distribution tank with a frame and a packing sandwiched therebetween, and a space in the frame is filled with ink, the plurality of ink opening/closing electromagnetic valves is directly attached to the distribution tank.
Bolting device having two non-rotatably held bolts (2, 3) which are coupled to each other via a spindle element, wherein a first bolt is connected to a corresponding thread of the spindle element via a threaded engagement, and wherein a rotation of the spindle element about its central longitudinal axis effects a movement of the first bolt along the longitudinal axis, characterised in that a second bolt is mounted rotationally on the spindle element in a specified axial position.
A lead having a proximal end and a distal end, the lead comprising: a plurality of electrodes disposed on the distal end of the lead; a plurality of contact terminals disposed on the proximal end of the lead; a plurality of conductor wires extending along the lead to couple the electrodes electrically to the contact terminals; a central lumen defined by the lead and extending from the proximal end of the lead towards the distal end of the lead; a plurality of peripheral lumens arranged lateral to the central lumen, wherein the conductor wires are disposed in the peripheral lumens; and a tubular stiffener disposed within the central lumen and entirely in the proximal end of the lead and configured and arranged to facilitate insertion of the proximal end of the lead and the tubular stiffener into a connector, wherein the tubular stiffener has an inner diameter that is configured and arranged for insertion of an insertion rod of a stylet into the central lumen and through the tubular stiffener. a plurality of electrodes disposed on the distal end of the lead; a plurality of contact terminals disposed on the proximal end of the lead; a plurality of conductor wires extending along the lead to couple the electrodes electrically to the contact terminals; a central lumen defined by the lead and extending from the proximal end of the lead towards the distal end of the lead; a plurality of peripheral lumens arranged lateral to the central lumen, wherein the conductor wires are disposed in the peripheral lumens; and a tubular stiffener disposed within the central lumen and entirely in the proximal end of the lead and configured and arranged to facilitate insertion of the proximal end of the lead and the tubular stiffener into a connector, wherein the tubular stiffener has an inner diameter that is configured and arranged for insertion of an insertion rod of a stylet into the central lumen and through the tubular stiffener.
A compressor comprising: a compressor pump unit for receiving a fluid to be compressed, and compressing the fluid, said compressor unit having at least two compression chambers, with said two compression chambers delivering a compressed refrigerant into a discharge chamber defined in a discharge housing; and at least one baffle plate within said discharge chamber and located between said two compression chambers; characterised in that: said compression chambers deliver a compressed fluid through separate discharge ports in a discharge plate, and into said discharge chamber, with said discharge ports being located on opposed sides of said baffle plate, said baffle plate extending from said discharge plate to the outlet of said discharge chamber whereby said baffle plate keeps separate said fluid delivered through said discharge ports as far as said chamber outlet. a compressor pump unit for receiving a fluid to be compressed, and compressing the fluid, said compressor unit having at least two compression chambers, with said two compression chambers delivering a compressed refrigerant into a discharge chamber defined in a discharge housing; and at least one baffle plate within said discharge chamber and located between said two compression chambers; characterised in that: said compression chambers deliver a compressed fluid through separate discharge ports in a discharge plate, and into said discharge chamber, with said discharge ports being located on opposed sides of said baffle plate, said baffle plate extending from said discharge plate to the outlet of said discharge chamber whereby said baffle plate keeps separate said fluid delivered through said discharge ports as far as said chamber outlet. said compression chambers deliver a compressed fluid through separate discharge ports in a discharge plate, and into said discharge chamber, with said discharge ports being located on opposed sides of said baffle plate, said baffle plate extending from said discharge plate to the outlet of said discharge chamber whereby said baffle plate keeps separate said fluid delivered through said discharge ports as far as said chamber outlet.
A reactor, comprising a reactor core having an annular shape, and a pair of coil parts provided on the annular reactor core, the reactor characterized in that: the reactor core has an annular shape formed by combining a pair of iron cores each having two leg portions with different lengths, wherein a longer one of the two leg portions of a first iron core and a shorter one of the two leg portions of a second iron core are placed opposite each other and a first gap part is formed therebetween, while a shorter one of the two leg portions of the first iron core and a longer one of the two leg portions of the second iron core are placed opposite each other and a second gap part is formed therebetween; the coil parts include a first coil wound at the first gap part and a second coil wound at the second gap part, wherein an axial peripheral portion of the first coil and an axial peripheral portion of the second coil are arranged on the reactor core so as to include portions overlapping with each other along the axial direction; and the reactor further comprises four retaining stay parts (60, 62, 64, 66) provided at four corner portions of the reactor for attaching the reactor to an outer part, wherein, among the four retaining stay parts, a retaining stay part located close to the first gap part and a retaining stay part located close to the second gap part have a lower rigidity than that of a retaining stay part located distant from the first gap part and a retaining stay part located distant from the second gap part. the reactor core has an annular shape formed by combining a pair of iron cores each having two leg portions with different lengths, wherein a longer one of the two leg portions of a first iron core and a shorter one of the two leg portions of a second iron core are placed opposite each other and a first gap part is formed therebetween, while a shorter one of the two leg portions of the first iron core and a longer one of the two leg portions of the second iron core are placed opposite each other and a second gap part is formed therebetween; the coil parts include a first coil wound at the first gap part and a second coil wound at the second gap part, wherein an axial peripheral portion of the first coil and an axial peripheral portion of the second coil are arranged on the reactor core so as to include portions overlapping with each other along the axial direction; and the reactor further comprises four retaining stay parts (60, 62, 64, 66) provided at four corner portions of the reactor for attaching the reactor to an outer part, wherein, among the four retaining stay parts, a retaining stay part located close to the first gap part and a retaining stay part located close to the second gap part have a lower rigidity than that of a retaining stay part located distant from the first gap part and a retaining stay part located distant from the second gap part.
An illumination system for use in a stereolithography apparatus, comprising: - a planar support; - a two-dimensional array of individually controllable light-emitting diodes (LEDs) arranged between the planar support and a multilens projector array; and - said multilens projector array mechanically supported on the planar support over the two-dimensional array on a plano side, and having a work surface arranged to be facing a resin layer in use, the projector array comprising a stack of optical elements, including a plurality of lenslets adapted to project the LEDs onto the resin layer; - wherein the planar support and the plano side are supported on contact zones (33, 400) arranged over substantially the entire plano side; the illumination system thus forming a rigid body. - a planar support; - a two-dimensional array of individually controllable light-emitting diodes (LEDs) arranged between the planar support and a multilens projector array; and - said multilens projector array mechanically supported on the planar support over the two-dimensional array on a plano side, and having a work surface arranged to be facing a resin layer in use, the projector array comprising a stack of optical elements, including a plurality of lenslets adapted to project the LEDs onto the resin layer; - wherein the planar support and the plano side are supported on contact zones (33, 400) arranged over substantially the entire plano side; the illumination system thus forming a rigid body.
A process for producing a material in the form of nanosheets by ball milling of crystals of the material having a layered structure selected from graphite, boron nitride, molybdenum disulphide and tungsten disulphide, wherein the ball milling takes place in the presence of a reactive gas selected from ammonia and a hydrocarbon to produce nanosheets having a thickness less than 10 nm.
A MEMS sensing transducer device (30, 130, 130', 130", 130′′′) comprising: a first diaphragm and a second diaphragm spaced from the first diaphragm, defining a gap; a spacer having a height and coupling the first diaphragm to the second diaphragm; a plate electrode (44, 46, 144, 146, 244, 246, 1044, 1046) formed within the gap, the plate electrode (44, 46, 144, 146, 244, 246, 1044, 1046) comprising a first end and a second end; and a plate capacitor element (42, 42a, 42b, 1142a, 1142b) extended from the circumference portion of the spacer, wherein the plate electrode (44, 46, 144, 146, 244, 246, 1044, 1046) and the plate capacitor element (42, 42a, 42b, 1142a, 1142b) form a plate capacitor; characterised in that the spacer comprises a through hole, wherein the through hole is formed within the spacer and continued to be formed into both of the first diaphragm and the second diaphragm such that the through hole is exposed. a first diaphragm and a second diaphragm spaced from the first diaphragm, defining a gap; a spacer having a height and coupling the first diaphragm to the second diaphragm; a plate electrode (44, 46, 144, 146, 244, 246, 1044, 1046) formed within the gap, the plate electrode (44, 46, 144, 146, 244, 246, 1044, 1046) comprising a first end and a second end; and a plate capacitor element (42, 42a, 42b, 1142a, 1142b) extended from the circumference portion of the spacer, wherein the plate electrode (44, 46, 144, 146, 244, 246, 1044, 1046) and the plate capacitor element (42, 42a, 42b, 1142a, 1142b) form a plate capacitor; characterised in that the spacer comprises a through hole, wherein the through hole is formed within the spacer and continued to be formed into both of the first diaphragm and the second diaphragm such that the through hole is exposed.
A fabricated article comprising a polypropylene impact copolymer composition comprising: a) from 60 to 90 percent by weight of the impact copolymer composition of a matrix phase, said matrix phase comprising a homopolymer polypropylene or random polypropylene copolymer having from 0.1 to 7 mol percent of units derived from ethylene or C 4 - C 10 alpha olefins; and b) from 10 to 40 percent by weight of the impact copolymer composition of a dispersed phase, said dispersed phase comprising a propylene/alpha-olefin copolymer having from 6 to 40 mol percent of units derived from ethylene or C 4 - C 10 alpha olefins; wherein the dispersed phase has a comonomer content which is greater than the comonomer content in the matrix phase; wherein the impact copolymer is characterized by having a beta/alpha ratio of 1.2 or less, with β / α = MFR 1 / MFR 2 0.222 − 1 Fc / 100 + 1, where MFR means melt flow rate and is determined according to ASTM D1238 (230°C, 2,16 kg) and MFR1 is that of the first reactor (matrix phase only), MFR2 is that of the second reactor (overall impact copolymer), and Fc is the percent by weight of the dispersed phase in the impact copolymer composition, determined by mass balance, the polypropylene impact copolymer composition further being characterized as having a melt flow rate in the range of from 25 to 65 g/10 min. a) from 60 to 90 percent by weight of the impact copolymer composition of a matrix phase, said matrix phase comprising a homopolymer polypropylene or random polypropylene copolymer having from 0.1 to 7 mol percent of units derived from ethylene or C 4 - C 10 alpha olefins; and b) from 10 to 40 percent by weight of the impact copolymer composition of a dispersed phase, said dispersed phase comprising a propylene/alpha-olefin copolymer having from 6 to 40 mol percent of units derived from ethylene or C 4 - C 10 alpha olefins; wherein the dispersed phase has a comonomer content which is greater than the comonomer content in the matrix phase;