mhurhangee/patent-ind-claim-en huggingface dataset:
Container sealing device comprising at least one seal , wherein said seal is provided with at least one outer upper surface and at least one lower surface , wherein the container sealing device comprises at least one pair of tabs , wherein said tabs are associated with the outer upper surface characterized in that the pair of tabs comprises: a. at least one first film comprising a pair of strips; and b. at least one second film ; wherein - the pair of strips of the first film comprises a distance (d) between said strips; - the first film is arranged on the outer upper surface of the seal ; and - the second film is associated with the first film and with the outer upper surface of the seal , and is positioned on the first film . a. at least one first film comprising a pair of strips; and b. at least one second film ; wherein - the pair of strips of the first film comprises a distance (d) between said strips; - the first film is arranged on the outer upper surface of the seal ; and - the second film is associated with the first film and with the outer upper surface of the seal , and is positioned on the first film . - the pair of strips of the first film comprises a distance (d) between said strips; - the first film is arranged on the outer upper surface of the seal ; and - the second film is associated with the first film and with the outer upper surface of the seal , and is positioned on the first film .
A liquid dispensing method, the method comprising steps of: providing a dispensing device, the device comprising: a plurality of liquid dispensing elements , each element comprising a chamber that is generally a rectangular prism and which has a height (H), length (L) and width (W), a nozzle having a diameter (D), and an activation element having a length (L2) and a refill time (RT), a liquid containing reservoir in fluid communication with the liquid dispensing elements; a liquid contained in the liquid containing reservoir ; a control element in electrical communication with the liquid dispensing elements; wherein the ratio of the nozzle diameter (D) to chamber height (H) is between 3 and 10; flowing fluid from the reservoir into the chambers via a connection between the reservoir and the dispensing elements ; and repeatedly energizing the activation elements at a frequency greater than 1/(RT) whereby the activation element fires and activates the liquid prior to the chambers being completely filled by the liquid. providing a dispensing device, the device comprising: a plurality of liquid dispensing elements , each element comprising a chamber that is generally a rectangular prism and which has a height (H), length (L) and width (W), a nozzle having a diameter (D), and an activation element having a length (L2) and a refill time (RT), a liquid containing reservoir in fluid communication with the liquid dispensing elements; a liquid contained in the liquid containing reservoir ; a control element in electrical communication with the liquid dispensing elements; wherein the ratio of the nozzle diameter (D) to chamber height (H) is between 3 and 10; a plurality of liquid dispensing elements , each element comprising a chamber that is generally a rectangular prism and which has a height (H), length (L) and width (W), a nozzle having a diameter (D), and an activation element having a length (L2) and a refill time (RT), a liquid containing reservoir in fluid communication with the liquid dispensing elements; a liquid contained in the liquid containing reservoir ; a control element in electrical communication with the liquid dispensing elements; wherein the ratio of the nozzle diameter (D) to chamber height (H) is between 3 and 10; flowing fluid from the reservoir into the chambers via a connection between the reservoir and the dispensing elements ; and repeatedly energizing the activation elements at a frequency greater than 1/(RT) whereby the activation element fires and activates the liquid prior to the chambers being completely filled by the liquid.
A battery , comprising: a first current interrupter being characterized by a negative thermal expansion material such that the first current interrupter contracts in response to an increase in temperature, the contraction of the first current interrupter forming a nonconductive gap within the battery, and the formation of the nonconductive gap disrupting a current flow within the battery.
A conjugate of a cell-penetrating carrier peptide and an active ingredient, wherein the carrier peptide is a peptide consisting of SEQ ID NO:48, a peptide made of 30 or less amino acids and having at least 80% homology with the above-mentioned peptide, or a fragment of any one of the above mentioned peptides, wherein the peptide having at least 80% homology and the fragment retain the cell-penetrating ability of SEQ ID NO:48, and wherein the active ingredient is not a protein or peptide. wherein the carrier peptide is a peptide consisting of SEQ ID NO:48, a peptide made of 30 or less amino acids and having at least 80% homology with the above-mentioned peptide, or a fragment of any one of the above mentioned peptides, wherein the peptide having at least 80% homology and the fragment retain the cell-penetrating ability of SEQ ID NO:48, and wherein the active ingredient is not a protein or peptide.
A retention assembly for a patient interface device , the patient interface device comprising a cushion member structured to engage a face of a patient, the retention assembly comprising: a retention member structured to be coupled to and hold the cushion member ; a headgear member having a strap member; a first interconnect member structured to be removably coupled to the retention member ; and a second interconnect member structured to be removably coupled to an end of the strap member, the second interconnect member being removably coupled to the first interconnect member in order to couple the headgear member to the retention member wherein the first interconnect member comprises a first body having an aperture; wherein the second interconnect member comprises a second body and a post extending therefrom; and wherein the post is structured to extend into the aperture in order to allow the second interconnect member to be removably coupled to the first interconnect member , characterized in that the retention member has a branch member having a thru hole extending through a distal end of the branch member ; and wherein the first body is structured to be received through the thru hole and held by the distal end of the branch member , wherein the first body comprises a first blocking portion and a second blocking portion ; wherein the branch member has a first side portion and a second side portion each facing away from one another in opposing directions; wherein the first blocking portion is structured to engage the first side portion in order to prevent the first interconnect member from being pulled through the thru hole ; and wherein the second blocking portion is structured to engage the second side portion in order to prevent the first interconnect member from being pulled through the thru hole . a retention member structured to be coupled to and hold the cushion member ; a headgear member having a strap member; a first interconnect member structured to be removably coupled to the retention member ; and a second interconnect member structured to be removably coupled to an end of the strap member, the second interconnect member being removably coupled to the first interconnect member in order to couple the headgear member to the retention member
A system for intraoral x-ray image generation and x-ray collimation, including an x-ray detector , an x-ray subsystem which has an x-ray source configured to generate an x-ray beam, and a collimation device which is connected to the x-ray source and arranged to receive the x-ray beam generated by the x-ray source , wherein the collimation device is divided into three sections being a collimator housing assembly a collimator mount assembly , and a collimator chassis , wherein the collimator housing assembly includes a collimator housing , wherein the collimator mount assembly includes a collimator cover and a collimator plate , wherein a rectangular aperture is constructed in the collimator plate to at least partially block the passage of x-rays , characterized in that the collimator housing includes a plurality of collimator mount positioning slots , the collimator mount assembly is moveable within the slots to different positions in the longitudinal direction of the collimation device 500, and the collimator plate is movable with the collimator mount assembly to a first position corresponding to a first x-ray detector size, and a second position corresponding to a second x-ray detector size, wherein the first x-ray detector size corresponds to a Size-0 intraoral sensor, the second x-ray detector size corresponds to a Size-1 intraoral sensor wherein the size of the rectangular aperture in the collimator plate is related to the different positions of the collimator mount assembly and the anticipated distances between the x-ray source and the x-ray detector respectively, and may be calculated based on such information. wherein the collimation device is divided into three sections being a collimator housing assembly a collimator mount assembly , and a collimator chassis , wherein the collimator housing assembly includes a collimator housing , wherein the collimator mount assembly includes a collimator cover and a collimator plate , wherein a rectangular aperture is constructed in the collimator plate to at least partially block the passage of x-rays , characterized in that the collimator housing includes a plurality of collimator mount positioning slots , the collimator mount assembly is moveable within the slots to different positions in the longitudinal direction of the collimation device 500, and the collimator plate is movable with the collimator mount assembly to a first position corresponding to a first x-ray detector size, and a second position corresponding to a second x-ray detector size, wherein the first x-ray detector size corresponds to a Size-0 intraoral sensor, the second x-ray detector size corresponds to a Size-1 intraoral sensor wherein the size of the rectangular aperture in the collimator plate is related to the different positions of the collimator mount assembly and the anticipated distances between the x-ray source and the x-ray detector respectively, and may be calculated based on such information.
Operator system for a beverage processing machine , comprising: a mobile operator device for the beverage processing machine with a Display, characterized by a signal generator for reporting alarm and/or warning signals, and safety glasses for protecting the eyes of a user , wherein the safety glasses comprise a display system that is configured, in particular, as a head-mounted display, or a virtual retina display, or a projector, and wherein the operator device and the safety glasses and optionally the signal generator each comprise a data transmitter for exchanging machine information and/or alarm and/or warning signals. a mobile operator device for the beverage processing machine with a Display, characterized by a signal generator for reporting alarm and/or warning signals, and safety glasses for protecting the eyes of a user , wherein the safety glasses comprise a display system that is configured, in particular, as a head-mounted display, or a virtual retina display, or a projector, and wherein the operator device and the safety glasses and optionally the signal generator each comprise a data transmitter for exchanging machine information and/or alarm and/or warning signals.
Sealing insert for a corrugated-pipe screw fastening system , comprising - a cutout for receiving a corrugated pipe, - a first and a second end face ; - a first external wall portion having a first outer diameter ; and - a second external wall portion having a second external diameter ; wherein - an internal wall delimiting the cutout comprises at least one partially circumferentially extending rib ; - the first external wall portion is adjacent to the first end face and extends along a longitudinal axis of the sealing insert up to the second external wall portion ; - the second external wall portion is adjacent to the second end face and extends along the longitudinal axis up to the first external wall portion ; - the first outer diameter is larger than the second outer diameter ; - the first and the second external wall portion are each configured to be cylindrical; - an anti-rotation means is arranged on an outer shell of the sealing insert ; and - the anti-rotation means is associated with the second external wall portion . - the anti-rotation means has a plurality of latching elements formed as grooves and/or ribs, arranged parallel to the longitudinal direction of the sealing insert. - a cutout for receiving a corrugated pipe, - a first and a second end face ; - a first external wall portion having a first outer diameter ; and - a second external wall portion having a second external diameter ; - an internal wall delimiting the cutout comprises at least one partially circumferentially extending rib ; - the first external wall portion is adjacent to the first end face and extends along a longitudinal axis of the sealing insert up to the second external wall portion ; - the second external wall portion is adjacent to the second end face and extends along the longitudinal axis up to the first external wall portion ; - the first outer diameter is larger than the second outer diameter ; - the first and the second external wall portion are each configured to be cylindrical; - an anti-rotation means is arranged on an outer shell of the sealing insert ; and - the anti-rotation means is associated with the second external wall portion . - the anti-rotation means has a plurality of latching elements formed as grooves and/or ribs, arranged parallel to the longitudinal direction of the sealing insert.
A protective cover for a car seat for use in protection of car seats in the process of manufacturing or servicing, characterized in that it has a back part made from antistatic polypropylene, spunbond and non woven, with gram weight from 10g/m 2 to 100 g/m 2 , and a part, which is intended to be placed on the seating part of a seat, made from antistatic polypropylene with gram weight from 10 g/m 2 to 100 g/m 2 and an anti-slip polyethylene film having a thickness between 10 and 100 μm.
A jet engine , comprising: an inlet for taking air; and a combustor for burning fuel (G) with the air, wherein the combustor includes: an injector having an opening (31;35) through which the fuel (G) is to be injected, wherein the injector includes a self-extinguishing member (32;36) which is configured to self-extinguish with time in a flight, characterized in that the self-extinguishing member (32;36) is configured to self-extinguish so that an injection direction of the fuel (G) is modified. an inlet for taking air; and a combustor for burning fuel (G) with the air, wherein the combustor includes: an injector having an opening (31;35) through which the fuel (G) is to be injected, wherein the injector includes a self-extinguishing member (32;36) which is configured to self-extinguish with time in a flight, characterized in that the self-extinguishing member (32;36) is configured to self-extinguish so that an injection direction of the fuel (G) is modified.
A header for an agricultural vehicle , comprising: a frame ; and a transport assembly connected to the frame and configured for being positioned in a transport position and a storage position, characterized in that : the transport assembly comprising: a tandem axle support device comprising at least one pivot shaft , the at least one pivot shaft having one end and another end, the pivot shaft being with the one end pivotally connected to the frame , a first walking beam , and a second walking beam , the first and second walking beams are operably connected to and moveable by the other end of the at least one pivot shaft ; and at least four wheels comprising a first pair of tandem wheels removably connected to the first walking beam and a second pair of tandem wheels removably connected to the second walking beam . a frame ; and a transport assembly connected to the frame and configured for being positioned in a transport position and a storage position, characterized in that : the transport assembly comprising: a tandem axle support device comprising at least one pivot shaft , the at least one pivot shaft having one end and another end, the pivot shaft being with the one end pivotally connected to the frame , a first walking beam , and a second walking beam , the first and second walking beams are operably connected to and moveable by the other end of the at least one pivot shaft ; and at least four wheels comprising a first pair of tandem wheels removably connected to the first walking beam and a second pair of tandem wheels removably connected to the second walking beam . a tandem axle support device comprising at least one pivot shaft , the at least one pivot shaft having one end and another end, the pivot shaft being with the one end pivotally connected to the frame , a first walking beam , and a second walking beam , the first and second walking beams are operably connected to and moveable by the other end of the at least one pivot shaft ; and at least four wheels comprising a first pair of tandem wheels removably connected to the first walking beam and a second pair of tandem wheels removably connected to the second walking beam .
A sign information output apparatus comprising: an image capturing unit mounted on a vehicle , configured to capture an image and acquire a captured image signal representing the captured image while the vehicle is being driven; a sign detector configured to detect a road sign (58, 58a through 58f, 88, 106) from an image area represented by the captured image signal acquired by the image capturing unit ; and an information output section configured to output sign information with respect to a type of the road sign (58, 58a through 58f, 88, 106) that is detected by the sign detector ; characterized by a measured amount acquirer configured to acquire, with a given sampling interval (Δt), a yaw rate or a time-dependent change of a steering angle, as a measured amount that is correlated to a behavior of the vehicle in transverse directions thereof; a starting time determiner configured to determine a time at which a blinker switch of the vehicle is turned on, as a starting time of the calculation of a time-integrated value of the measured amounts acquired by the measured amount acquirer ; and an output instructor configured to instruct the information output section to stop output of the sign information if the time-integrated value calculated from the starting time exceeds a first threshold value. an image capturing unit mounted on a vehicle , configured to capture an image and acquire a captured image signal representing the captured image while the vehicle is being driven; a sign detector configured to detect a road sign (58, 58a through 58f, 88, 106) from an image area represented by the captured image signal acquired by the image capturing unit ; and an information output section configured to output sign information with respect to a type of the road sign (58, 58a through 58f, 88, 106) that is detected by the sign detector ; characterized by a measured amount acquirer configured to acquire, with a given sampling interval (Δt), a yaw rate or a time-dependent change of a steering angle, as a measured amount that is correlated to a behavior of the vehicle in transverse directions thereof; a starting time determiner configured to determine a time at which a blinker switch of the vehicle is turned on, as a starting time of the calculation of a time-integrated value of the measured amounts acquired by the measured amount acquirer ; and an output instructor configured to instruct the information output section to stop output of the sign information if the time-integrated value calculated from the starting time exceeds a first threshold value.
A method for monitoring the quality of a communication channel involving a physical layer and protocol layers, said communication channel being supported by a device for transmitting electrical signals between two mutually mobile elements forming a sliding contact, the method comprising: controlling the application of a DC electrical signal to one of the elements of the transmission device, receiving a plurality of electrical signal values V(n) measured on the other of the elements of the transmission device, estimating , from said plurality of measured values, a variance parameter value σ V V moy , comparing the variance parameter value to a threshold THR chosen as a function of at least one protocol parameter of the communication channel, as a function of the result of the comparison, generating a signal (CHANNEL_OK, CHANNEL_NOK) representative of the quality of the communication channel, and taking a decision as to whether said communication protocol will be able to be supported or not by this sliding contact. controlling the application of a DC electrical signal to one of the elements of the transmission device, receiving a plurality of electrical signal values V(n) measured on the other of the elements of the transmission device, estimating , from said plurality of measured values, a variance parameter value σ V V moy , comparing the variance parameter value to a threshold THR chosen as a function of at least one protocol parameter of the communication channel, as a function of the result of the comparison, generating a signal (CHANNEL_OK, CHANNEL_NOK) representative of the quality of the communication channel, and taking a decision as to whether said communication protocol will be able to be supported or not by this sliding contact.
A method, comprising: determining solar tracking setpoints for a field of photovoltaic generators co-located with a wind turbine generator , wherein the solar tracking setpoints orient a collector face for each photovoltaic generator sunward; determining , based on data received from the wind turbine generator that an airborne impactor event is occurring, wherein the airborne impactor event is determined by detecting whether one or more of the photovoltaic generators is at risk of being struck by debris dislodged from the wind turbine generator ; in response to determining that an airborne impactor event is occurring, adjusting the solar tracking setpoints to reposition the collector face at least partly out of a trajectory for airborne impactors ; and transmitting the setpoints to tracking motors for the photovoltaic generators of the field. determining solar tracking setpoints for a field of photovoltaic generators co-located with a wind turbine generator , wherein the solar tracking setpoints orient a collector face for each photovoltaic generator sunward; determining , based on data received from the wind turbine generator that an airborne impactor event is occurring, wherein the airborne impactor event is determined by detecting whether one or more of the photovoltaic generators is at risk of being struck by debris dislodged from the wind turbine generator ; in response to determining that an airborne impactor event is occurring, adjusting the solar tracking setpoints to reposition the collector face at least partly out of a trajectory for airborne impactors ; and transmitting the setpoints to tracking motors for the photovoltaic generators of the field.