mhurhangee/patent-ind-claim-en huggingface dataset:
A resonator, comprising: a shield conductor including a first conductor and a second conductor located so as to form a cavity therebetween; a columnar body which is composed of a dielectric body or a conductor and has a columnar shape, the columnar body being placed inside the cavity , one end of the columnar body being joined to the first conductor , an interval being provided between the other end of the columnar body and the second conductor ; and at least one first dielectric body placed inside the cavity , one end of the at least one first dielectric body being joined to the second conductor , an interval being provided between the other end of the at least one first dielectric body and the first conductor , the at least one first dielectric body surrounding the columnar body so as to be apart from each other, characterized in that the at least one first dielectric body has a cylindrical shape and is provided with a plurality of slits or in that the at least one first dielectric body comprises a plurality of first dielectric bodies which are disposed so as to surround the columnar body . a shield conductor including a first conductor and a second conductor located so as to form a cavity therebetween; a columnar body which is composed of a dielectric body or a conductor and has a columnar shape, the columnar body being placed inside the cavity , one end of the columnar body being joined to the first conductor , an interval being provided between the other end of the columnar body and the second conductor ; and at least one first dielectric body placed inside the cavity , one end of the at least one first dielectric body being joined to the second conductor , an interval being provided between the other end of the at least one first dielectric body and the first conductor , the at least one first dielectric body surrounding the columnar body so as to be apart from each other, characterized in that the at least one first dielectric body has a cylindrical shape and is provided with a plurality of slits or in that the at least one first dielectric body comprises a plurality of first dielectric bodies which are disposed so as to surround the columnar body .
Assembly, notably for a hybrid vehicle, including: - an enclosure able to receive a cooling liquid and having an opening for bringing the inside of said enclosure into communication with the outside of said enclosure , - a rotary electric machine that is arranged inside said enclosure and can be cooled by said cooling liquid, - an electrical connector element arranged to be electrically connected to said rotary electric machine , said connector element being sealingly mounted in said opening of said enclosure so that said connector element is part of the seal helping to prevent liquid from flowing from the inside of said enclosure to the outside of said enclosure through said opening , characterized in that said connector element has a base provided with traces arranged to enable an electrical contact between electrical terminals of said connector element and phase outputs from said rotary electric machine , said base and said traces being located inside said enclosure , said traces extending in a plane perpendicular to an orientation of said electrical terminals . - an enclosure able to receive a cooling liquid and having an opening for bringing the inside of said enclosure into communication with the outside of said enclosure , - a rotary electric machine that is arranged inside said enclosure and can be cooled by said cooling liquid, - an electrical connector element arranged to be electrically connected to said rotary electric machine , said connector element being sealingly mounted in said opening of said enclosure so that said connector element is part of the seal helping to prevent liquid from flowing from the inside of said enclosure to the outside of said enclosure through said opening , characterized in that said connector element has a base provided with traces arranged to enable an electrical contact between electrical terminals of said connector element and phase outputs from said rotary electric machine , said base and said traces being located inside said enclosure , said traces extending in a plane perpendicular to an orientation of said electrical terminals . said connector element being sealingly mounted in said opening of said enclosure so that said connector element is part of the seal helping to prevent liquid from flowing from the inside of said enclosure to the outside of said enclosure through said opening , characterized in that said connector element has a base provided with traces arranged to enable an electrical contact between electrical terminals of said connector element and phase outputs from said rotary electric machine , said base and said traces being located inside said enclosure , said traces extending in a plane perpendicular to an orientation of said electrical terminals .
Non-spherical granules of microcrystalline mannitol, characterized: - in that said mannitol is both in α crystalline form and in β crystalline form, the α/β ratio being between 10/90 and 90/10; and - in that they are essentially free of granular starch; and - in that they have a volume mean diameter D4,3 of from 60 to 250 μm; and - in that they have a bulk density of at least 465 g/l; and - in that they have a specific surface area greater than 0.75 m 2 /g. - in that said mannitol is both in α crystalline form and in β crystalline form, the α/β ratio being between 10/90 and 90/10; and - in that they are essentially free of granular starch; and - in that they have a volume mean diameter D4,3 of from 60 to 250 μm; and - in that they have a bulk density of at least 465 g/l; and - in that they have a specific surface area greater than 0.75 m 2 /g.
A method of learning to recognize speech using a computer and a deep neural network, the speech being classified to a plurality of categories that can clearly distinguish speech, but having features independent of category, wherein the plurality of categories are different languages, a deep neural network having a category-independent sub-network usable commonly for said plurality of categories and a category dependent sub-network usable for a specific category, features independent of category being processed at the same deep neural network position, the method comprising a step where the computer stores first, second and third sub-networks in a storage medium; each of the first, second and third sub-network including an input layer and an output layer, and a sub-network training step where the computer trains said first, second and third sub-networks with training speech data, the speech data belonging to first and second categories among said plurality of categories but being of one same type of data; wherein said sub-network training step includes a deep neural network training step of the computer training a first deep neural network formed by connecting said second sub-network to an output side of said first sub-network with training speech data belonging to said first category, and training a second deep neural network formed by connecting said third sub-network to an output side of said first sub-network with training speech data belonging to said second category, and thereby realizing learning of said first and second deep neural networks, and a storing step of the computer separating, after completion of said deep neural network training step, said first sub-network from other sub-networks and storing it as said category-independent sub-network in a storage medium. said sub-network training step includes a deep neural network training step of the computer training a first deep neural network formed by connecting said second sub-network to an output side of said first sub-network with training speech data belonging to said first category, and training a second deep neural network formed by connecting said third sub-network to an output side of said first sub-network with training speech data belonging to said second category, and thereby realizing learning of said first and second deep neural networks, and a storing step of the computer separating, after completion of said deep neural network training step, said first sub-network from other sub-networks and storing it as said category-independent sub-network in a storage medium.
A leak detection system for detecting breaches in sealed food containers, the leak detection system comprising: air-sample testing equipment configured to test the composition of an air sample provided to the air-sample testing equipment; at least two pressing members configured to, in use, apply pressure to the sealed food container located in an air-sampling region, wherein each pressing member is a rotatable roller or wheel; a plurality of air-sampling ports located in the air-sampling region, between the two pressing members , wherein the plurality of air-sampling ports are located in an air-sampling head positioned in a gap between the two pressing members; an air sample conduit extending between the plurality of air-sampling ports and the air-sample testing equipment; wherein the at least two pressing members and the plurality of air-sampling ports are provided on a common leak detection head wherein, in use, the plurality of air-sampling ports take an air sample from the air-sampling region at least during or after the at least two pressing members apply pressure to the sealed food container in the air-sampling region and communicates said air sample through the air sample conduit to the air-sample testing equipment. air-sample testing equipment configured to test the composition of an air sample provided to the air-sample testing equipment; at least two pressing members configured to, in use, apply pressure to the sealed food container located in an air-sampling region, wherein each pressing member is a rotatable roller or wheel; a plurality of air-sampling ports located in the air-sampling region, between the two pressing members , wherein the plurality of air-sampling ports are located in an air-sampling head positioned in a gap between the two pressing members; an air sample conduit extending between the plurality of air-sampling ports and the air-sample testing equipment; wherein the at least two pressing members and the plurality of air-sampling ports are provided on a common leak detection head wherein, in use, the plurality of air-sampling ports take an air sample from the air-sampling region at least during or after the at least two pressing members apply pressure to the sealed food container in the air-sampling region and communicates said air sample through the air sample conduit to the air-sample testing equipment.
Opening device for acting onto a closure element located within an inner lumen of a medical tubing , comprising: - a housing , - an opening mechanism arranged in or on the housing for acting onto a closure element within an inner lumen of a tubing for opening a flowpath (F) within the tubing , and - a drive arrangement for driving the opening mechanism , wherein the opening mechanism comprises a first breaker arrangement forming a first tube reception device (A1) and a second breaker arrangement forming a second tube reception device (A2), the first tube reception device (A1) and the second tube reception device (A2) being constituted to receive medical tubings comprising different closure elements , each breaker arrangement being constituted to act onto a closure element within an inner lumen of a tubing for opening a flowpath (F) within the tubing , characterised in that the first breaker arrangement and the second breaker arrangement are constituted to perform different breaking actions for breaking the different closure elements , wherein the opening mechanism is displaceable relative to the housing between a first position in which a tubing is insertable into the first tube reception device (A1) and a second position in which a tubing is insertable into the second tube reception device (A2). - a housing , - an opening mechanism arranged in or on the housing for acting onto a closure element within an inner lumen of a tubing for opening a flowpath (F) within the tubing , and - a drive arrangement for driving the opening mechanism ,
A semiconductor package, comprising: a metal baseplate having a die attach region and a peripheral region ; a transistor die having a reference terminal attached to the die attach region and an RF terminal facing away from the baseplate ; and a multilayer circuit board having a first side attached to the peripheral region and a second side facing away from the baseplate , the multilayer circuit board comprising: a first embedded electrically conductive layer that is separated from the second side by a first layer of composite fiber ; a second embedded electrically conductive layer that is separated from the first side by a second layer of composite fiber ; and an embedded dielectric layer disposed between the first and second embedded electrically conductive layers , wherein the embedded dielectric layer has a higher dielectric constant than each of the first and second layers of composite fiber . a metal baseplate having a die attach region and a peripheral region ; a transistor die having a reference terminal attached to the die attach region and an RF terminal facing away from the baseplate ; and a multilayer circuit board having a first side attached to the peripheral region and a second side facing away from the baseplate , the multilayer circuit board comprising: a first embedded electrically conductive layer that is separated from the second side by a first layer of composite fiber ; a second embedded electrically conductive layer that is separated from the first side by a second layer of composite fiber ; and an embedded dielectric layer disposed between the first and second embedded electrically conductive layers , a first embedded electrically conductive layer that is separated from the second side by a first layer of composite fiber ; a second embedded electrically conductive layer that is separated from the first side by a second layer of composite fiber ; and an embedded dielectric layer disposed between the first and second embedded electrically conductive layers , wherein the embedded dielectric layer has a higher dielectric constant than each of the first and second layers of composite fiber .
An apparatus comprising: a seismic source comprising an internal cavity configured to contain a volume of fluid wherein the seismic source comprises a pair of base plates that are secured together to provide the internal cavity between the base plates; an external driver , wherein the external driver and the seismic source are coupled to permit fluid communication between the external driver and the internal cavity of the seismic source, wherein the external driver is configured to create a pressure wave that energises the fluid in the internal cavity and thereby drives the seismic source , wherein the pair of base plates are configured to flex and generate acoustic energy in response to the pressure wave; and a fluid reservoir coupled to the external driver to permit fluid communication between the fluid reservoir and the external driver , whereby fluid is resonated back and forth between the external driver and the fluid reservoir thereby increasing the accoustic output of the external driver . a seismic source comprising an internal cavity configured to contain a volume of fluid wherein the seismic source comprises a pair of base plates that are secured together to provide the internal cavity between the base plates; an external driver , wherein the external driver and the seismic source are coupled to permit fluid communication between the external driver and the internal cavity of the seismic source, wherein the external driver is configured to create a pressure wave that energises the fluid in the internal cavity and thereby drives the seismic source , wherein the pair of base plates are configured to flex and generate acoustic energy in response to the pressure wave; and a fluid reservoir coupled to the external driver to permit fluid communication between the fluid reservoir and the external driver , whereby fluid is resonated back and forth between the external driver and the fluid reservoir thereby increasing the accoustic output of the external driver .
A polyamide resin composition comprising a polyamide resin, 1 to 10% by mass of a halogen-containing flame retardant, and 1 to 5% by mass of antimony oxide, the polyamide resin composition having a phosphorus atom concentration of 1.50 × 10 -2 % by mass or less, characterized in that the polyamide resin composition further comprises 0.001% by mass to 5.0% by mass of a light transmitting dye, wherein the light transmitting dye is a black dye. the polyamide resin composition having a phosphorus atom concentration of 1.50 × 10 -2 % by mass or less, characterized in that the polyamide resin composition further comprises 0.001% by mass to 5.0% by mass of a light transmitting dye, wherein the light transmitting dye is a black dye.
A pack comprising: a base containing a group of tobacco industry products wrapped in a barrier layer that comprises a section to define an extraction opening for the removal of tobacco industry products when the pack is open, a lid attached to the base for rotation between open and closed positions and comprising a lid front wall having an inner surface and a lid front wall flap folded relative to the lid front wall ; and a label attached to said section and having a portion attached to the lid so that, when the lid is rotated into an open position, the section is lifted to open the extraction opening , wherein the lid front wall flap is shaped so that the portion of the label is attached to the inner surface of the lid front wall rather than to the lid front wall flap ; wherein the lid further comprises facing side walls separated by the lid front wall and the portion of the label attached to the lid comprises a tab having a width which is less than a width of the lid front wall extending between the facing side walls; wherein the tab is at least partially surrounded by the lid front wall flap . a base containing a group of tobacco industry products wrapped in a barrier layer that comprises a section to define an extraction opening for the removal of tobacco industry products when the pack is open, a lid attached to the base for rotation between open and closed positions and comprising a lid front wall having an inner surface and a lid front wall flap folded relative to the lid front wall ; and a label attached to said section and having a portion attached to the lid so that, when the lid is rotated into an open position, the section is lifted to open the extraction opening , wherein the lid front wall flap is shaped so that the portion of the label is attached to the inner surface of the lid front wall rather than to the lid front wall flap ; wherein the lid further comprises facing side walls separated by the lid front wall and the portion of the label attached to the lid comprises a tab having a width which is less than a width of the lid front wall extending between the facing side walls; wherein the tab is at least partially surrounded by the lid front wall flap .
A device for gripping and rotating an object, comprising at least: - two tong legs , which are connected to one another at an articulation point , - a gear mechanism , which is connected to the two tong legs , and - an actuating element , which is connected to the gear mechanism , wherein a first translational movement of the actuating element is converted by the gear mechanism in such a way that the tong legs can be pivoted toward one another, characterized in that the tong legs can also be rotated about an axis of rotation comprising the articulation point by the first translational movement of the actuating element . - two tong legs , which are connected to one another at an articulation point , - a gear mechanism , which is connected to the two tong legs , and - an actuating element , which is connected to the gear mechanism ,
A touch switch, comprising at least two touch-sensitive surfaces , wherein the touch switch further comprises an electronic circuit configured to generate an electronic signal to perform an associated individual function when each of the at least two touch-sensitive surfaces is individually touched, and wherein the electronic circuit is further configured to generate an electronic signal to perform an additional function when multiple touch-sensitive surfaces are touched simultaneously or within a pre-defined time period, characterised in that at least one of the individual functions comprises the operation of lights, light circuits, curtains or roller shutters, andwherein the additional function comprises turning lights on and/or off, and in that the at least two touch-sensitive surfaces are separated by a connecting piece of transparent material , which is configured to send a return message when one or more of the touch-sensitive surfaces are touched, wherein the return message is sent by illumination of the connecting piece of transparent material by a LED.
A tissue treatment system , comprising: a container , including: an exterior wall surrounding an interior volume for holding tissue; and a filter for processing tissue; a tube management device , including: a tube restrictor plate having a plurality of tube through-holes ; a tube stabilizer plate having a plurality of tube through-holes ; a plurality of flow-restricting devices disposed on the tube restrictor plate adjacent to the plurality of tube through-holes; and a multi-position switch ; wherein a plurality of tubes passes through the plurality of tube through-holes, and wherein setting the multi-position switch to a first position causes the plurality of flow-restricting devices to restrict the flow in a first subset of the plurality of tubes to transfer tissue from a patient to the interior volume, setting the multi-position switch to a second position causes the plurality of flow-restricting devices to restrict the flow in a second subset of the plurality of tubes to allow processing of the tissue in the interior volume, and setting the multi-position switch to a third position causes the plurality of flow-restricting devices to restrict the flow in a third subset of the plurality of tubes to allow transfer of the tissue out of the interior volume. a container , including: an exterior wall surrounding an interior volume for holding tissue; and a filter for processing tissue; an exterior wall surrounding an interior volume for holding tissue; and a filter for processing tissue; a tube management device , including: a tube restrictor plate having a plurality of tube through-holes ; a tube stabilizer plate having a plurality of tube through-holes ; a plurality of flow-restricting devices disposed on the tube restrictor plate adjacent to the plurality of tube through-holes; and a multi-position switch ; a tube restrictor plate having a plurality of tube through-holes ; a tube stabilizer plate having a plurality of tube through-holes ; a plurality of flow-restricting devices disposed on the tube restrictor plate adjacent to the plurality of tube through-holes; and a multi-position switch ; wherein a plurality of tubes passes through the plurality of tube through-holes, and wherein setting the multi-position switch to a first position causes the plurality of flow-restricting devices to restrict the flow in a first subset of the plurality of tubes to transfer tissue from a patient to the interior volume, setting the multi-position switch to a second position causes the plurality of flow-restricting devices to restrict the flow in a second subset of the plurality of tubes to allow processing of the tissue in the interior volume, and setting the multi-position switch to a third position causes the plurality of flow-restricting devices to restrict the flow in a third subset of the plurality of tubes to allow transfer of the tissue out of the interior volume.