mhurhangee/ep-ind-claims huggingface dataset:
Device for gripping something, having a first and a second limb (3, 5), which are connected to one another at a first opening angle at a first end of the device and at a second end of the device, said second end being located opposite the first end, form a gripping region, in order to make it possible to grasp something at the second end as a result of mechanical pressure exerted by a user's finger on the limbs (3, 5) of the device, wherein the first limb is designed in more than one part, wherein a first part of the first limb is connected to a second part of the first limb by means of a rotary joint, and this resulting in the formation, in the closed state of the device, of parallel gripping surfaces of the first and second limbs (3, 5) in the gripping region, wherein the first limb has an upper side and an underside (3"), which is directed towards the upper side of the second limb, and wherein the first region and the second region of the second part of the first limb have an upper side, which is directed towards the underside of the first part of the first limb, and an underside, which is directed towards the upper side of the second limb, characterized in that a compression spring is arranged between the upper side of the second region of the second part of the first limb and the underside of the first part of the first limb, said compression spring being designed and intended to provide a spring force for the purpose of producing a defined opening region in the open state of the device.
A method comprising: receiving, at a speech recognition device, an audio signal; determining, by the speech recognition device, a first topic based on words contained in the audio signal based on detecting one or more spoken words in the audio signal using a first speech recognition process; determining a first threshold number of words for the first topic based on a significance of the first topic, wherein the significance of the first topic is estimated based on a first number of words identified as being associated with the first topic in the first speech recognition process; retrieving a plurality of words relating to the determined first topic, wherein the plurality of words meets the first threshold number of words; generating, by the speech recognition device, a language model related to the determined first topic using the retrieved plurality of words; and performing a second speech recognition process on the audio signal using the generated language model. receiving, at a speech recognition device, an audio signal; determining, by the speech recognition device, a first topic based on words contained in the audio signal based on detecting one or more spoken words in the audio signal using a first speech recognition process; determining a first threshold number of words for the first topic based on a significance of the first topic, wherein the significance of the first topic is estimated based on a first number of words identified as being associated with the first topic in the first speech recognition process; retrieving a plurality of words relating to the determined first topic, wherein the plurality of words meets the first threshold number of words; generating, by the speech recognition device, a language model related to the determined first topic using the retrieved plurality of words; and performing a second speech recognition process on the audio signal using the generated language model.
A product, comprising: a frame configured to retain visceral pleura tissue thereon; and the visceral pleura tissue coupled to the frame; wherein when the product is positioned within a mammalian luminal organ, fluid native to the mammalian luminal organ may pass through a lumen defined within the product. a frame configured to retain visceral pleura tissue thereon; and the visceral pleura tissue coupled to the frame; wherein when the product is positioned within a mammalian luminal organ, fluid native to the mammalian luminal organ may pass through a lumen defined within the product.
Thread-laying device for a thread-joining unit of a textile machine producing cross-wound bobbins, comprising - a gripper tube having a gripper tube mouth to which suction air can be applied, - a gripper tube flap arranged on the gripper tube, which gripper tube flap is movable between an open position uncovering the gripper tube mouth and a closed position closing the gripper tube mouth, and - a thread-laying hook arranged in the region of the gripper tube flap, the thread-laying hook being arranged in such a way that it projects beyond an outer surface of the gripper tube flap in the closed position of the gripper tube flap and in the open position of the gripper tube flap is arranged at least flush with the outer surface or set back relative thereto, characterized in that a thread guidance element which is arranged in the region of the gripper tube flap in such a way that it projects beyond the outer surface of the gripper tube flap in the closed position of the gripper tube flap and in the open position of the gripper tube flap is arranged at least flush with the outer surface or set back relative thereto. - a gripper tube having a gripper tube mouth to which suction air can be applied, - a gripper tube flap arranged on the gripper tube, which gripper tube flap is movable between an open position uncovering the gripper tube mouth and a closed position closing the gripper tube mouth, and - a thread-laying hook arranged in the region of the gripper tube flap, the thread-laying hook being arranged in such a way that it projects beyond an outer surface of the gripper tube flap in the closed position of the gripper tube flap and in the open position of the gripper tube flap is arranged at least flush with the outer surface or set back relative thereto, characterized in that a thread guidance element which is arranged in the region of the gripper tube flap in such a way that it projects beyond the outer surface of the gripper tube flap in the closed position of the gripper tube flap and in the open position of the gripper tube flap is arranged at least flush with the outer surface or set back relative thereto.
Composition comprising: at least one biodegradable aliphatic-aromatic copolyester obtainable starting from mixtures comprising at least one diol, at least one polyfunctional aromatic acid and at least two aliphatic dicarboxylic acids, characterized in that the content of said aromatic acids is comprised between 48 and 70 % by moles with respect to the total molar content of dicarboxylic acids and the aliphatic dicarboxylic acids comprise: i from 51 to 95 % by moles of at least one diacid C 4 -C 6; ii from 5 to 49 % by moles, preferably from 30 to 49% of at least one long chain diacid having more than 6 carbon atoms in the main chain at least one polymer of natural origin; wherein the concentration of, with respect to (A+B), is > 40 % by weight, said composition having a Melt Flow Index of 1,5-10 g/10 min, said MFI being measured at 160°C and 5kg according to ASTM 1238-89. at least one biodegradable aliphatic-aromatic copolyester obtainable starting from mixtures comprising at least one diol, at least one polyfunctional aromatic acid and at least two aliphatic dicarboxylic acids, characterized in that the content of said aromatic acids is comprised between 48 and 70 % by moles with respect to the total molar content of dicarboxylic acids and the aliphatic dicarboxylic acids comprise: i from 51 to 95 % by moles of at least one diacid C 4 -C 6; ii from 5 to 49 % by moles, preferably from 30 to 49% of at least one long chain diacid having more than 6 carbon atoms in the main chain i from 51 to 95 % by moles of at least one diacid C 4 -C 6; ii from 5 to 49 % by moles, preferably from 30 to 49% of at least one long chain diacid having more than 6 carbon atoms in the main chain at least one polymer of natural origin; wherein the concentration of, with respect to (A+B), is > 40 % by weight, said composition having a Melt Flow Index of 1,5-10 g/10 min, said MFI being measured at 160°C and 5kg according to ASTM 1238-89.
Ball, in particular football, comprising: a. a bladder which has a majority weight component of a material of a first material class; b. at least one intermediate layer, wherein the at least one intermediate layer is arranged exterior to the bladder, and wherein the at least one intermediate layer has a majority weight component of the material of the first material class; c. at least one exterior layer, wherein the at least one exterior layer is arranged exterior to the at least one intermediate layer, and wherein the at least one exterior layer has a majority weight component of the material of the first material class; d. wherein the material of the first material class comprises parts of the material of the first material class which have been recycled from another ball; and e. wherein the ball comprises a marker, wherein the marker indicates how often the material of the first material class was already in other balls. a. a bladder which has a majority weight component of a material of a first material class; b. at least one intermediate layer, wherein the at least one intermediate layer is arranged exterior to the bladder, and wherein the at least one intermediate layer has a majority weight component of the material of the first material class; c. at least one exterior layer, wherein the at least one exterior layer is arranged exterior to the at least one intermediate layer, and wherein the at least one exterior layer has a majority weight component of the material of the first material class; d. wherein the material of the first material class comprises parts of the material of the first material class which have been recycled from another ball; and e. wherein the ball comprises a marker, wherein the marker indicates how often the material of the first material class was already in other balls.
A method for acquiring synchronization for the device-to-device, D2D, communication of a first user equipment, UE, in a wireless communication system, the method comprising the steps of: calculating, by the first UE, a timing advance of a second UE by using the following 5 parameters, a) a transmission timing of a first downlink signal transmitted from a first transmission point, TP, b) a reception timing of the first downlink signal at the first UE, c) a reception timing of a second downlink signal at the first UE, wherein the second downlink signal is transmitted from a second TP and is transmitted immediately after transmission of the first downlink signal, d) a difference value between the transmission timing of the first downlink signal and a transmission timing of the second downlink signal, and e) a timing advance of the first UE for the first TP, under the assumption that a timing advance of the first UE for the second TP is equivalent to the timing advance of the second UE; and receiving, by the first UE, a signal from the second UE by using the timing advance of the second UE. calculating, by the first UE, a timing advance of a second UE by using the following 5 parameters, a) a transmission timing of a first downlink signal transmitted from a first transmission point, TP, b) a reception timing of the first downlink signal at the first UE, c) a reception timing of a second downlink signal at the first UE, wherein the second downlink signal is transmitted from a second TP and is transmitted immediately after transmission of the first downlink signal, d) a difference value between the transmission timing of the first downlink signal and a transmission timing of the second downlink signal, and e) a timing advance of the first UE for the first TP, a) a transmission timing of a first downlink signal transmitted from a first transmission point, TP, b) a reception timing of the first downlink signal at the first UE, c) a reception timing of a second downlink signal at the first UE, wherein the second downlink signal is transmitted from a second TP and is transmitted immediately after transmission of the first downlink signal, d) a difference value between the transmission timing of the first downlink signal and a transmission timing of the second downlink signal, and e) a timing advance of the first UE for the first TP, under the assumption that a timing advance of the first UE for the second TP is equivalent to the timing advance of the second UE; and receiving, by the first UE, a signal from the second UE by using the timing advance of the second UE.
A system for internal inspection of power generation machinery, comprising: a base for affixation to a power generation machine inspection port; an inspection scope having a proximal end coupled to the base, and at least one degree of motion that is capable of remote control and actuation by a control system; a camera, having a field of view, coupled to the inspection scope distal the base, that is capable of remote control and image capture by a control system; and a control system coupled to the inspection scope and camera, for automatically positioning the inspection scope and camera field of view along a pre-designated pre-recorded navigation path within a power generation machine to an internal area of interest and for capturing a camera image thereof without human intervention. a base for affixation to a power generation machine inspection port; an inspection scope having a proximal end coupled to the base, and at least one degree of motion that is capable of remote control and actuation by a control system; a camera, having a field of view, coupled to the inspection scope distal the base, that is capable of remote control and image capture by a control system; and a control system coupled to the inspection scope and camera, for automatically positioning the inspection scope and camera field of view along a pre-designated pre-recorded navigation path within a power generation machine to an internal area of interest and for capturing a camera image thereof without human intervention.
A sealing structure comprising a cover plate, a first sealing element is assembled therein; and a housing correspondingly connected to the cover plate, a second sealing element is assembled therein, wherein the first sealing element and the second sealing element are butted and fixed by fastening between the cover plate and the housing; characterized in that the cover plate comprises: a first wire passing end, at least one first clamping boss is arranged thereon; and a first frame connected to the first wire passing end, a first sealing groove is formed therein; wherein the first sealing element comprises: a sealing strip cooperating with the first sealing groove; and a sealing pad connected to the sealing strip and corresponding to the first wire passing end in position; wherein the sealing strip comprises: a double-peak sealing face portion, a projection is arranged thereon; and a clamping rib installed at a lateral end of the double-peak sealing face portion and being in clamping cooperation with the first sealing groove.
A polymer positive temperature coefficient (PPTC) material, comprising: a polymer matrix, a conductive filler, and a thermal stabilizer, wherein the thermal stabilizer comprises 4% by volume antimony oxide added to the polymer matrix, and wherein the polymer matrix comprises ethylene tetrafluoroethylene copolymer.
A vehicle seat comprising a back rest support and a head rest arrangement, said head rest arrangement comprising a displaceable head cushion, said head rest arrangement comprising a passenger protection part adapted to protect a passenger positioned behind said vehicle seat from injury during a collision, said displaceable head cushion being displaceably arranged with respect to said passenger protection part, wherein said passenger protection part is in the form of a protective housing, characterized in that said displaceable head cushion is displaceable between a first and a second position along an Z-axis, said head cushion is displaceably arranged to a displacement section inside of said passenger protection part, said displacement section being adapted to enable said head cushion to be displaced between said first and second position and wherein said head rest arrangement is pivotally arranged to the back rest support at a pivot axis.
A computing system, comprising: a storage to store: historical domain name access information and security level information; a security module including instructions to: access information related to an IP address received as a response to a Domain Name System request related to a domain name from an electronic device; update a security level associated with the electronic device based on the response; determine whether to allow access to the IP address based on the security level and a comparison of the domain name to the historical domain name access; output information related to the access determination; and a processor to execute the security module instructions; wherein the storage is further to store an aggregate security metric and wherein updating the security level comprises: updating the aggregate security metric based on the response; and updating the security level based on the aggregate security metric compared to a security level threshold; wherein the aggregate security metric is related to a quantity of at least one of: Domain Name System requests returning no response and Domain Name System requests with non-resolving domain names not in the domain name access list history list. a storage to store: historical domain name access information and security level information; a security module including instructions to: access information related to an IP address received as a response to a Domain Name System request related to a domain name from an electronic device; update a security level associated with the electronic device based on the response; determine whether to allow access to the IP address based on the security level and a comparison of the domain name to the historical domain name access; output information related to the access determination; and access information related to an IP address received as a response to a Domain Name System request related to a domain name from an electronic device; update a security level associated with the electronic device based on the response; determine whether to allow access to the IP address based on the security level and a comparison of the domain name to the historical domain name access; output information related to the access determination; and a processor to execute the security module instructions; wherein the storage is further to store an aggregate security metric and wherein updating the security level comprises: updating the aggregate security metric based on the response; and updating the security level based on the aggregate security metric compared to a security level threshold; updating the aggregate security metric based on the response; and updating the security level based on the aggregate security metric compared to a security level threshold; wherein the aggregate security metric is related to a quantity of at least one of: Domain Name System requests returning no response and Domain Name System requests with non-resolving domain names not in the domain name access list history list.
A method comprising: connecting to a network comprised of a plurality of switches; virtualizing a fabric corresponding to an interconnection of the plurality of switches, the plurality of switches comprising a plurality of leaf node switches and plurality of spine node switches, the plurality of leaf node switches interfacing with a plurality of network devices and the plurality of spine node switches interconnecting the plurality of leaf node switches, wherein virtualizing the fabric comprises: traversing the network; and mapping all the interconnections between the plurality of leaf node switches and the plurality of spine node switches; allocating a portion of the plurality of leaf node switches to a network domain; and representing, using the virtualized fabric, the portion of the plurality of leaf node switches as a single logical switch having a capacity being proportionally related to an amount of leaf node switches allocated to the network domain. connecting to a network comprised of a plurality of switches; virtualizing a fabric corresponding to an interconnection of the plurality of switches, the plurality of switches comprising a plurality of leaf node switches and plurality of spine node switches, the plurality of leaf node switches interfacing with a plurality of network devices and the plurality of spine node switches interconnecting the plurality of leaf node switches, wherein virtualizing the fabric comprises: traversing the network; and mapping all the interconnections between the plurality of leaf node switches and the plurality of spine node switches; traversing the network; and mapping all the interconnections between the plurality of leaf node switches and the plurality of spine node switches; allocating a portion of the plurality of leaf node switches to a network domain; and representing, using the virtualized fabric, the portion of the plurality of leaf node switches as a single logical switch having a capacity being proportionally related to an amount of leaf node switches allocated to the network domain.
A connection device between an electric cable and a conductive structure, comprising a female type connection receptacle (115,215,315), fastened to said conductive structure and a male type plug (117,217,317), said connection receptacle (115,215,315) comprising a bore (133,233,333) shaped and dimensioned to receive said plug with electrical contact, which plug includes a groove (137,237,337),formed at a distance from the end of said plug, a locking spring (140,240,340) being mounted on said connection receptacle and including a flexible branch suitable for engaging in said groove (137,237,337) when said plug is engaged in said bore, the connection device being characterized in that said plug is connected to one end of said cable (112,212,312), in that the length of said plug and the length of said bore are such that said groove (137,237,337) is situated outside the outlet orifice (142,242,342) when the plug is engaged therein and in that said locking spring comprises a cover (140,240,340) shaped to cooperate both with said groove and with an attachment rim (141,241,341)of said receptacle.