mhurhangee/patent-ind-claim-en huggingface dataset:
A safety harness , comprising: a dorsal pad assembly comprising a D-ring ; at least one of a waist belt and a hip pad ; shoulder straps interconnecting the dorsal pad assembly and the at least one of the waist belt and the hip pad; and a semi-rigid to rigid weight distribution assembly including a support assembly interconnecting the dorsal pad assembly and the at least one of the waist belt and the hip pad, the weight distribution assembly being configured and arranged such that when in use weight is added to the D-ring of the dorsal pad assembly, the weight distribution assembly is loaded in compression and transfers a majority of the weight from proximate the dorsal pad assembly and thereby proximate the shoulder straps to proximate the at least one of the waist belt and the hip pad. a dorsal pad assembly comprising a D-ring ; at least one of a waist belt and a hip pad ; shoulder straps interconnecting the dorsal pad assembly and the at least one of the waist belt and the hip pad; and a semi-rigid to rigid weight distribution assembly including a support assembly interconnecting the dorsal pad assembly and the at least one of the waist belt and the hip pad, the weight distribution assembly being configured and arranged such that when in use weight is added to the D-ring of the dorsal pad assembly, the weight distribution assembly is loaded in compression and transfers a majority of the weight from proximate the dorsal pad assembly and thereby proximate the shoulder straps to proximate the at least one of the waist belt and the hip pad.
A household appliance, in particular a cooking appliance, comprising: a casing having a cavity (S1) therein, wherein the cavity has an open front side; and a door disposed in front of the casing and configured to be movable between an open position and a closed position for opening and closing the cavity (S1), respectively, wherein the door comprises a door frame and a panel part supported by the door frame; wherein the panel part comprises a rear surface configured to be disposed at the open front side of the cavity (S1) for closing the cavity (S1) when the door is in the closed position, and wherein the door frame comprises a pair of side frames , and a lower frame , wherein the side frames are spaced apart from each other and face each other and the lower frame is disposed thereinbetween, and opposite ends of the lower frame are respectively assembled to one side frame and the other side frame of the pair of side frames ; wherein the lower frame includes a drainage guide provided between the opposite ends of the lower frame and below the rear surface of the panel part , wherein the drainage guide extends towards a front surface of the casing and is inclined towards a lower portion of the front surface of the casing ; and characterized in that the lower frame is moved in a first direction to be brought into contact with a surface of each of the side frames , and configured to be slid over a catching step provided at each of the side frames while being moved in a second direction different from the first direction to be caught or fixed by a fixing end of the catching step . a casing having a cavity (S1) therein, wherein the cavity has an open front side; and a door disposed in front of the casing and configured to be movable between an open position and a closed position for opening and closing the cavity (S1), respectively, wherein the door comprises a door frame and a panel part supported by the door frame; wherein the panel part comprises a rear surface configured to be disposed at the open front side of the cavity (S1) for closing the cavity (S1) when the door is in the closed position, and wherein the door frame comprises a pair of side frames , and a lower frame , wherein the side frames are spaced apart from each other and face each other and the lower frame is disposed thereinbetween, and opposite ends of the lower frame are respectively assembled to one side frame and the other side frame of the pair of side frames ; wherein the lower frame includes a drainage guide provided between the opposite ends of the lower frame and below the rear surface of the panel part , wherein the drainage guide extends towards a front surface of the casing and is inclined towards a lower portion of the front surface of the casing ; and characterized in that the lower frame is moved in a first direction to be brought into contact with a surface of each of the side frames , and configured to be slid over a catching step provided at each of the side frames while being moved in a second direction different from the first direction to be caught or fixed by a fixing end of the catching step .
Ablation device , in particular for mucosal ablation, with a head comprising a first channel with a first electrode arranged at least partially therein and comprising a second channel with a second electrode arranged at least partially therein, wherein the first channel and the second channel together and the first electrode and the second electrode together, include an acute angle (α) characterized in that the plasma streams originating from the two channels diverge. with a head comprising a first channel with a first electrode arranged at least partially therein and comprising a second channel with a second electrode arranged at least partially therein, wherein the first channel and the second channel together and the first electrode and the second electrode together, include an acute angle (α) characterized in that the plasma streams originating from the two channels diverge.
A fluid heat exchanger comprising: a first tube defining a substantially conical coil, the first tube extending around a longitudinal axis of the fluid heat exchanger , the first tube having at least one arcuate section that is laterally offset from another arcuate section of the first tube in a direction transverse to the longitudinal axis; a plurality of fins attached to an exterior surface of the first tube ; at least one fitting coupled to the first tube to enable fluid flow into and out of the first tube in order to transfer heat energy between a first fluid within the first tube and a second fluid on an exterior of the first tube proximate the first tube and the plurality of fins ; and characterized by the substantially conical coil being defined by a plurality of rings including spaces between the plurality of rings of the substantially conical coil; and a second tube defining the substantially conical coil, the first tube and the second tube extending along a similar path adjacent to each other; the first tube and the second tube connected to a first common fitting at a first longitudinal end of the conical coil and a second common fitting at a second, opposing longitudinal end of the conical coil. a first tube defining a substantially conical coil, the first tube extending around a longitudinal axis of the fluid heat exchanger , the first tube having at least one arcuate section that is laterally offset from another arcuate section of the first tube in a direction transverse to the longitudinal axis; a plurality of fins attached to an exterior surface of the first tube ; at least one fitting coupled to the first tube to enable fluid flow into and out of the first tube in order to transfer heat energy between a first fluid within the first tube and a second fluid on an exterior of the first tube proximate the first tube and the plurality of fins ; and characterized by the substantially conical coil being defined by a plurality of rings including spaces between the plurality of rings of the substantially conical coil; and a second tube defining the substantially conical coil, the first tube and the second tube extending along a similar path adjacent to each other; the first tube and the second tube connected to a first common fitting at a first longitudinal end of the conical coil and a second common fitting at a second, opposing longitudinal end of the conical coil.
A steam flare comprising a waste gas cylinder and a plurality of extensions that extend away from a center of said waste gas cylinder , wherein said plurality of extensions are connected to an upper portion of said waste gas cylinder , wherein each of said extensions contains a plurality of flare gas conduits , and wherein a steam tube is located in each of said flare gas conduits .
A method of obtaining sequence information from genomic DNA, said method comprising: (a) providing a population of first fragments of the genomic DNA, (b) preparing emulsion droplets of said first fragments, such that each emulsion droplet comprises a subset of said population of first fragments, (c) producing a population of second fragments from said first fragment within each emulsion droplet, such that said second fragments are shorter than said first fragments, (d) combining each of said emulsion droplets comprising said second fragments with an adaptor tag droplet that comprises adaptor tags, thereby forming a combined droplet, wherein different combined droplets contain different adaptor tags, (e) ligating said second fragments with said adaptor tags in each combined droplet to form tagged fragments, (f) combining tagged fragments from a plurality of said combined droplets into a single mixture, (g) obtaining sequence reads that contain sequence information of the genomic DNA from tagged fragments in said single mixture, wherein said sequence reads include sequence information from said fragments and sequence information from said adaptor tags, thereby identifying fragments that originated from the same emulsion droplet. (a) providing a population of first fragments of the genomic DNA, (b) preparing emulsion droplets of said first fragments, such that each emulsion droplet comprises a subset of said population of first fragments, (c) producing a population of second fragments from said first fragment within each emulsion droplet, such that said second fragments are shorter than said first fragments, (d) combining each of said emulsion droplets comprising said second fragments with an adaptor tag droplet that comprises adaptor tags, thereby forming a combined droplet, wherein different combined droplets contain different adaptor tags, (e) ligating said second fragments with said adaptor tags in each combined droplet to form tagged fragments, (f) combining tagged fragments from a plurality of said combined droplets into a single mixture, (g) obtaining sequence reads that contain sequence information of the genomic DNA from tagged fragments in said single mixture, wherein said sequence reads include sequence information from said fragments and sequence information from said adaptor tags, thereby identifying fragments that originated from the same emulsion droplet.
A method of anchoring a connector in a first object the connector comprising a thermoplastic material in a solid state, the method comprising: - providing the first object and the connector ; - bringing the connector into contact with the first object from a distal side thereof; - causing mechanical vibration energy to impinge on the first object from a proximal end face thereof, the proximal end face being opposite the distal side, while the object and the connector are pressed against each other, until a proximally facing portion of connector is at least partially flowable forming a flow portion of the thermoplastic material, and causing the flow portion to flow into structures of the first object; and - letting the flow portion re-solidify to cause a positive-fit connection between the first object and the connector; wherein the step of causing mechanical vibration energy to impinge on the first object comprises causing a vibrating tool to be lie against the first object, and characterized in that the vibrating tool during the step of causing mechanical vibration energy to impinge on the first object is stationary. - providing the first object and the connector ; - bringing the connector into contact with the first object from a distal side thereof; - causing mechanical vibration energy to impinge on the first object from a proximal end face thereof, the proximal end face being opposite the distal side, while the object and the connector are pressed against each other, until a proximally facing portion of connector is at least partially flowable forming a flow portion of the thermoplastic material, and causing the flow portion to flow into structures of the first object; and - letting the flow portion re-solidify to cause a positive-fit connection between the first object and the connector;
A method of preparing a polymeric substrate, the method comprising: in a non-aqueous solvent, contacting the polymer substrate with a carboxyl activating compound, the polymer substrate including an alkanoic acid moiety or ester derivative thereof, the carboxylate activating compound being a succinimidyl compound comprising a succinimidyl uronium compound, a succinimidyl phosphonium compound, or a combination thereof, the carboxyl activating compound and the alkanoic acid moiety reacting to form an activated alkanoate moiety; and contacting a lipophilic amine-terminated oligonucleotide and the polymer substrate in the non-aqueous solvent, an amine termination moiety of the lipophilic amine-terminated oligonucleotide forming an alkanamide moiety in place of the activated alkanoate moiety. in a non-aqueous solvent, contacting the polymer substrate with a carboxyl activating compound, the polymer substrate including an alkanoic acid moiety or ester derivative thereof, the carboxylate activating compound being a succinimidyl compound comprising a succinimidyl uronium compound, a succinimidyl phosphonium compound, or a combination thereof, the carboxyl activating compound and the alkanoic acid moiety reacting to form an activated alkanoate moiety; and contacting a lipophilic amine-terminated oligonucleotide and the polymer substrate in the non-aqueous solvent, an amine termination moiety of the lipophilic amine-terminated oligonucleotide forming an alkanamide moiety in place of the activated alkanoate moiety.
A method for wireless communication performed by a user equipment, comprising: determining a first denial rate for denying first communication attempts of a packet using a cellular communication resource; determining a second denial rate for denying second communication attempts of the packet using the cellular communication resource; and allowing a communication resource to communicate when communication attempts from the cellular communication resource are denied, the first denial rate and second denial rate being determined to achieve a first threshold level of performance of the cellular communication resource and a second threshold level of performance of the communication resource, wherein the communication resource comprises an Industrial Scientific Medical, ISM, modem and the cellular communication resource comprises a cellular modem and wherein the first threshold level of performance is an outer loop target error rate and the second threshold level of performance is a desired gap rate indicative of the number of gaps in the cellular communication resource communication. determining a first denial rate for denying first communication attempts of a packet using a cellular communication resource; determining a second denial rate for denying second communication attempts of the packet using the cellular communication resource; and allowing a communication resource to communicate when communication attempts from the cellular communication resource are denied, the first denial rate and second denial rate being determined to achieve a first threshold level of performance of the cellular communication resource and a second threshold level of performance of the communication resource, wherein the communication resource comprises an Industrial Scientific Medical, ISM, modem and the cellular communication resource comprises a cellular modem and wherein the first threshold level of performance is an outer loop target error rate and the second threshold level of performance is a desired gap rate indicative of the number of gaps in the cellular communication resource communication.
A welding protection device , comprising: an eye protection shield ; an auto-darkening feature for the eye protection shield ; a light sensor used for the auto-darkening feature; the welding protection device being characterized by : a light beacon configured to emit light in substantially all directions; a control circuitry to control the light beacon ; and a visor configured to block at least some light from the light beacon from reaching the light sensor;. an eye protection shield ; an auto-darkening feature for the eye protection shield ; a light sensor used for the auto-darkening feature; the welding protection device being characterized by : a light beacon configured to emit light in substantially all directions; a control circuitry to control the light beacon ; and a visor configured to block at least some light from the light beacon from reaching the light sensor;. a light beacon configured to emit light in substantially all directions; a control circuitry to control the light beacon ; and a visor configured to block at least some light from the light beacon from reaching the light sensor;.
A network controller, comprising: a first transmitter , configured to: when receiving a first type of data stream of a first service, send combination configuration information to a first ingress node, wherein the combination configuration information is used to instruct the first ingress node to combine received data packets of the first service; a second transmitter , configured to instruct a software-defined networking, SDN, controller to perform flow entry configuration on a router or a switch, or a router and a switch in a software-defined network by using the configuration information; and a third transmitter , configured to: when a destination node of a data packet of the first service belongs to the software-defined network, send data packet splitting configuration information to the destination node; or when a destination node of a data packet of the first service does not belong to the software-defined network, send data packet splitting configuration information to a distribution node of the first service in the software-defined network, wherein the data packet splitting configuration information is used to instruct the destination node or the distribution node to split a combined data packet into said data packets of the first service before being combined, wherein the first transmitter is further configured to: when the ingress node of the first service is switched from the first ingress node to a second ingress node, send the combination configuration information to the second ingress node, wherein the second ingress node is an ingress node in the SDN network. a first transmitter , configured to: when receiving a first type of data stream of a first service, send combination configuration information to a first ingress node, wherein the combination configuration information is used to instruct the first ingress node to combine received data packets of the first service; a second transmitter , configured to instruct a software-defined networking, SDN, controller to perform flow entry configuration on a router or a switch, or a router and a switch in a software-defined network by using the configuration information; and a third transmitter , configured to: when a destination node of a data packet of the first service belongs to the software-defined network, send data packet splitting configuration information to the destination node; or when a destination node of a data packet of the first service does not belong to the software-defined network, send data packet splitting configuration information to a distribution node of the first service in the software-defined network, wherein the data packet splitting configuration information is used to instruct the destination node or the distribution node to split a combined data packet into said data packets of the first service before being combined, wherein the first transmitter is further configured to: when the ingress node of the first service is switched from the first ingress node to a second ingress node, send the combination configuration information to the second ingress node, wherein the second ingress node is an ingress node in the SDN network.
A deposition apparatus for use in additive manufacturing, the deposition apparatus comprising: at least one reservoir for storing a colloidal suspension of material and a liquid carrier; at least one print head comprising a plurality of nozzles in fluid communication with the reservoir, each nozzle configured to deposit a droplet of the colloidal suspension onto a substrate ; and drying means disposed adjacent the at least one print head, characterised in that the drying means is configured to selectively supply a first energy pulse to a deposited droplet in order to evaporate the liquid from the deposited droplet, the apparatus further comprising: melting means disposed adjacent the drying means, the melting means configured to selectively supply a second energy pulse for melting the material in a droplet dried by the drying means. at least one reservoir for storing a colloidal suspension of material and a liquid carrier; at least one print head comprising a plurality of nozzles in fluid communication with the reservoir, each nozzle configured to deposit a droplet of the colloidal suspension onto a substrate ; and drying means disposed adjacent the at least one print head, characterised in that the drying means is configured to selectively supply a first energy pulse to a deposited droplet in order to evaporate the liquid from the deposited droplet, the apparatus further comprising: melting means disposed adjacent the drying means, the melting means configured to selectively supply a second energy pulse for melting the material in a droplet dried by the drying means.
Method for diverting the electrical energy from a lightning strike on a wind turbine , wherein the wind turbine has at least one rotor , mounted rotatably on a gondola and having at least one rotor blade , and wherein the rotor blade , in particular on the surface and/or in the region of the rotor blade tip, has at least one electrically conductive lightning conductor element , wherein the electrical energy received by the lightning conductor element from a lightning strike is transferred to an electrically conductive contact element that is at least substantially stationary relative to the gondola , wherein the electrical energy is transferred, by way of at least one rotor-side or rotorblade-side flexible contact element, to the contact element on the gondola , and wherein the electrical energy from the lightning strike is diverted over the surface of the gondola and practically exclusively outside the gondola, characterized in that the electrical energy from a lightning strike is diverted over the contact piece of the rotor and the contact element of the gondola , each of which are arranged so as to be electrically connected in the region between the rotor and the gondola .