mhurhangee/patent-ind-claim-en huggingface dataset:
A beverage dispensing system comprising: a beverage dispenser comprising a beverage dispenser housing ; and a nozzle module comprising: a nozzle module housing having a first end to attach to the beverage dispenser housing ; and a nozzle adjacent a second end of the nozzle module housing such that the nozzle is aligned along a second axis and configured to be spaced a second horizontal distance (D2) from the beverage dispenser housing , wherein the beverage dispenser includes a beverage dispenser nozzle aligned along a first axis and spaced a first horizontal distance (D1) from the beverage dispenser housing , and wherein the first axis and the second axis are parallel to a base of the beverage dispenser housing , the first axis being spaced the first horizontal distance (D1) from the beverage dispenser housing and the second axis being spaced the second horizontal distance (D2) from the beverage dispenser housing , the second horizontal distance (D2) being greater than the first horizontal distance (D1). a beverage dispenser comprising a beverage dispenser housing ; and a nozzle module comprising: a nozzle module housing having a first end to attach to the beverage dispenser housing ; and a nozzle adjacent a second end of the nozzle module housing such that the nozzle is aligned along a second axis and configured to be spaced a second horizontal distance (D2) from the beverage dispenser housing , a nozzle module housing having a first end to attach to the beverage dispenser housing ; and a nozzle adjacent a second end of the nozzle module housing such that the nozzle is aligned along a second axis and configured to be spaced a second horizontal distance (D2) from the beverage dispenser housing , wherein the beverage dispenser includes a beverage dispenser nozzle aligned along a first axis and spaced a first horizontal distance (D1) from the beverage dispenser housing , and wherein the first axis and the second axis are parallel to a base of the beverage dispenser housing , the first axis being spaced the first horizontal distance (D1) from the beverage dispenser housing and the second axis being spaced the second horizontal distance (D2) from the beverage dispenser housing , the second horizontal distance (D2) being greater than the first horizontal distance (D1).
A gas turbine engine comprising: a spool ; a turbine coupled to drive the spool ; a fan coupled to be driven by the turbine through the spool ; a gear assembly coupled between the fan and the spool such that rotation of the spool drives the fan at a different speed than the spool ; and a fan nozzle downstream from the fan, the fan nozzle including a variable area nozzle configured to change an exit area of the fan nozzle; the fan nozzle further comprising: a fan bypass duct including an outer wall, an inner wall and a fan bypass flow path (P) there between, the fan bypass duct defining an exit area and being configured to adjust the exit area; and an acoustic liner partially lining the fan bypass duct; wherein the acoustic liner is located on an outer fixed area, and an inner fixed area of the fan bypass flow path (P), the inner fixed area being an inner wall or case or core cowl that bounds an inner diameter of the fan bypass flow path (P) and the outer fixed area being an outer wall or case that bounds an outer diameter of the fan bypass flow path (P); characterized in that the acoustic liner lines no greater than 50% of a surface area of the fan bypass flow path (P). a spool ; a turbine coupled to drive the spool ; a fan coupled to be driven by the turbine through the spool ; a gear assembly coupled between the fan and the spool such that rotation of the spool drives the fan at a different speed than the spool ; and a fan nozzle downstream from the fan, the fan nozzle including a variable area nozzle configured to change an exit area of the fan nozzle; the fan nozzle further comprising: a fan bypass duct including an outer wall, an inner wall and a fan bypass flow path (P) there between, the fan bypass duct defining an exit area and being configured to adjust the exit area; and an acoustic liner partially lining the fan bypass duct; wherein the acoustic liner is located on an outer fixed area, and an inner fixed area of the fan bypass flow path (P), the inner fixed area being an inner wall or case or core cowl that bounds an inner diameter of the fan bypass flow path (P) and the outer fixed area being an outer wall or case that bounds an outer diameter of the fan bypass flow path (P); characterized in that the acoustic liner lines no greater than 50% of a surface area of the fan bypass flow path (P). a fan bypass duct including an outer wall, an inner wall and a fan bypass flow path (P) there between, the fan bypass duct defining an exit area and being configured to adjust the exit area; and an acoustic liner partially lining the fan bypass duct; wherein the acoustic liner is located on an outer fixed area, and an inner fixed area of the fan bypass flow path (P), the inner fixed area being an inner wall or case or core cowl that bounds an inner diameter of the fan bypass flow path (P) and the outer fixed area being an outer wall or case that bounds an outer diameter of the fan bypass flow path (P); characterized in that the acoustic liner lines no greater than 50% of a surface area of the fan bypass flow path (P).
A method for generating a pulsed radio frequency , RF, waveform, comprising: voltage multiplying a DC charging voltage by: supplying the DC charging voltage to respective capacitors of a plurality of switching stages that are electrically coupled to one another in parallel, each of the switching stages including a switching stage capacitor, a switching stage inductor, and a switch; and discharging the capacitors by concurrently switching the switches of each of the plurality of switching stages from an electrically non-conducting state to an electrically conducting state; and inductively coupling each of the plurality of switching stages to a resonant circuit through a plurality of transformers, each of the transformers having a primary winding electrically coupled to a respective switching stage and a secondary winding electrically coupled in series to one another and to the resonant circuit, wherein the resonant circuit includes an inductor and a capacitor electrically coupled in series to the secondary windings of the transformers. supplying the DC charging voltage to respective capacitors of a plurality of switching stages that are electrically coupled to one another in parallel, each of the switching stages including a switching stage capacitor, a switching stage inductor, and a switch; and discharging the capacitors by concurrently switching the switches of each of the plurality of switching stages from an electrically non-conducting state to an electrically conducting state; and inductively coupling each of the plurality of switching stages to a resonant circuit through a plurality of transformers, each of the transformers having a primary winding electrically coupled to a respective switching stage and a secondary winding electrically coupled in series to one another and to the resonant circuit, wherein the resonant circuit includes an inductor and a capacitor electrically coupled in series to the secondary windings of the transformers.
A laminated core comprising: a plurality of electrical steel sheets stacked on each other; and an adhesion part which is provided between the electrical steel sheets adjacent to each other in a stacking direction and adheres the electrical steel sheets to each other, wherein the electrical steel sheet includes, an annular core back part , and a plurality of tooth parts which extend from the core back part in a radial direction of the core back part and are disposed at intervals in a circumferential direction of the core back part , an adhesion region in which the adhesion part is provided is formed in the core back part of the electrical steel sheet , the adhesion region extends in a direction along at least a part of a magnetic flux (B) passing through a region of the electrical steel sheet in contact with the adhesion region , the core back part has a first portion and a second portion which are alternately arranged in the circumferential direction, the first portion is radially connected to the tooth part outside the tooth part in the radial direction, the second portion is located between the first portions in the circumferential direction, and characterized in that the adhesion region is formed in only one of the first portion and the second portion , and the adhesion region is a region in which the adhesion part is provided on a surface of the electrical steel sheet which is directed in the stacking direction. a plurality of electrical steel sheets stacked on each other; and an adhesion part which is provided between the electrical steel sheets adjacent to each other in a stacking direction and adheres the electrical steel sheets to each other, wherein the electrical steel sheet includes, an annular core back part , and a plurality of tooth parts which extend from the core back part in a radial direction of the core back part and are disposed at intervals in a circumferential direction of the core back part , an adhesion region in which the adhesion part is provided is formed in the core back part of the electrical steel sheet , the adhesion region extends in a direction along at least a part of a magnetic flux (B) passing through a region of the electrical steel sheet in contact with the adhesion region , the core back part has a first portion and a second portion which are alternately arranged in the circumferential direction, the first portion is radially connected to the tooth part outside the tooth part in the radial direction, the second portion is located between the first portions in the circumferential direction, and characterized in that the adhesion region is formed in only one of the first portion and the second portion , and the adhesion region is a region in which the adhesion part is provided on a surface of the electrical steel sheet which is directed in the stacking direction.
Hand-guided floor treatment device, having a bottom part with at least one tool for treatment of a floor and a motor for driving the at least one tool and having a guide part with a handle part , wherein the guide part is connected to the bottom part via a first articulation adjustable in a treatment direction with an articulation axis (G1) transversely to the treatment direction , wherein the bottom part has a liquid feed and a liquid receptacle , and wherein a suction unit structurally separate from the bottom part is provided, which contains at least one suction turbine for taking up liquid, wherein the liquid receptacle has a squeegee with two sealing lips spaced from each other in the treatment direction , wherein the sealing lip located in front in the treatment direction has openings, through which openings, during movement of the bottom part in the treatment direction , the liquid to be taken up may enter a region (x) between the two sealing lips , wherein a container for the taken up liquid is disposed on the guide part and connected to the structurally separate suction unit via a hose, the container for the taken up liquid is formed elongated along the guide part , a liquid tank for the liquid feed is provided, the liquid tank is mounted on the guide part , and the liquid tank mounted on the guide part is formed elongated along the guide part .
Container with a container wall , a container opening , a lid , a membrane and a support structure , wherein (a) the lid closes the container opening ; (b) a portion of a diaphragm collar of the diaphragm is attached to a portion of an inner side of the container wall so as to form an attachment area ; (c) the support structure comprises a support portion and a bearing portion , the support portion being associated with the membrane and the bearing portion being associated with the cover ; characterized in that (d) the supporting portion comprises a supporting member which is rod-shaped (23, 23', 23") and a gap (s) is provided between the supporting portion and the diaphragm collar of the diaphragm . (a) the lid closes the container opening ; (b) a portion of a diaphragm collar of the diaphragm is attached to a portion of an inner side of the container wall so as to form an attachment area ; (c) the support structure comprises a support portion and a bearing portion , the support portion being associated with the membrane and the bearing portion being associated with the cover ; characterized in that (d) the supporting portion comprises a supporting member which is rod-shaped (23, 23', 23") and a gap (s) is provided between the supporting portion and the diaphragm collar of the diaphragm .
A method, comprising: recording, by a first time delayed playback, TDP, device , a first feed from a feed source output, the first feed to be broadcast to a first audience at a first time, at least part of the first feed to be broadcast to a second audience at a second time later than the first time; recording, by a second TDP device, a second feed from the feed source output in parallel with the recording of the first feed by the first TDP device; determining, by the first TDP device , during the recording of the first feed, a time and a time amount for a failure resulting in a missed feed portion from the recording of the first feed, wherein the failure, the time for the failure, and the time amount for the failure are recorded when determined during the recording of the first feed; providing a portion of the recording of the second feed corresponding to the missed feed portion of the recording of the first feed from the second TDP device ; and switching, during an output of the recording of the first feed for the broadcast to the second audience at the second time, to an output of the portion of the recording of the second feed corresponding to the missed feed portion of the recording of the first feed, the portion of the recording of the second feed including the known time and lasting the known time amount. recording, by a first time delayed playback, TDP, device , a first feed from a feed source output, the first feed to be broadcast to a first audience at a first time, at least part of the first feed to be broadcast to a second audience at a second time later than the first time; recording, by a second TDP device, a second feed from the feed source output in parallel with the recording of the first feed by the first TDP device; determining, by the first TDP device , during the recording of the first feed, a time and a time amount for a failure resulting in a missed feed portion from the recording of the first feed, wherein the failure, the time for the failure, and the time amount for the failure are recorded when determined during the recording of the first feed; providing a portion of the recording of the second feed corresponding to the missed feed portion of the recording of the first feed from the second TDP device ; and switching, during an output of the recording of the first feed for the broadcast to the second audience at the second time, to an output of the portion of the recording of the second feed corresponding to the missed feed portion of the recording of the first feed, the portion of the recording of the second feed including the known time and lasting the known time amount.
System, consisting of - a profile rail having a first receiving section for receiving a front panel and a second receiving section for fastening the profile rail to a shelf and - the front panel which can be plugged into the first receiving section and which has a) a plug-in section corresponding to the first receiving section , b) a retaining section which protrudes from the first receiving section for retaining products that are arranged on the shelf , wherein the retaining section has a retaining side facing the products and a viewing side opposite the retaining side , characterized in that the plug-in section can be plugged into the first receiving section with an inserting-twisting motion of the front panel in such manner that the products are retained in a retaining position of the front panel by the retaining section . - a profile rail having a first receiving section for receiving a front panel and a second receiving section for fastening the profile rail to a shelf and - the front panel which can be plugged into the first receiving section and which has a) a plug-in section corresponding to the first receiving section , b) a retaining section which protrudes from the first receiving section for retaining products that are arranged on the shelf , wherein the retaining section has a retaining side facing the products and a viewing side opposite the retaining side , characterized in that the plug-in section can be plugged into the first receiving section with an inserting-twisting motion of the front panel in such manner that the products are retained in a retaining position of the front panel by the retaining section . a) a plug-in section corresponding to the first receiving section , b) a retaining section which protrudes from the first receiving section for retaining products that are arranged on the shelf , wherein the retaining section has a retaining side facing the products and a viewing side opposite the retaining side ,
A computerized method for determining a braking distance, wherein the method comprises the following steps: S1: Inputting a tensioning force Fb between a brake pad and a brake disc, a vehicle speed V, and an ambient temperature Tambient, S2: Calculating a temperature of a friction layer Tdisc by means of a thermal function, wherein the thermal function takes at least Fb, V and Tambient into account as parameters, S3: Calculating a coefficient of friction COFactual between the brake pad and the brake disc, wherein at least Fb, V and Tdisc are taken into account as parameters, S4: Calculating a partial braking distance S' of a time interval, wherein at least Fb, V and COFactual are taken into account as parameters, and updating V, S5: Repeating S2 - S4 until V = 0, wherein on each repetition, Tdisc is updated by means of S2, COFactual is updated by means of S3, and a new partial braking distance S' is calculated for a next time interval and the vehicle speed V is updated, S6: Adding together and/or incorporating all S' from S4 to determine a total braking distance Stotal. S1: Inputting a tensioning force Fb between a brake pad and a brake disc, a vehicle speed V, and an ambient temperature Tambient, S2: Calculating a temperature of a friction layer Tdisc by means of a thermal function, wherein the thermal function takes at least Fb, V and Tambient into account as parameters, S3: Calculating a coefficient of friction COFactual between the brake pad and the brake disc, wherein at least Fb, V and Tdisc are taken into account as parameters, S4: Calculating a partial braking distance S' of a time interval, wherein at least Fb, V and COFactual are taken into account as parameters, and updating V, S5: Repeating S2 - S4 until V = 0, wherein on each repetition, Tdisc is updated by means of S2, COFactual is updated by means of S3, and a new partial braking distance S' is calculated for a next time interval and the vehicle speed V is updated, S6: Adding together and/or incorporating all S' from S4 to determine a total braking distance Stotal.
Construction sheet, in particular sub-roof sheet , in particular intended for use as an underlay sheet, preferably formwork sheet, and/or roof seal sheet, and/or facade sheet, having at least one carrier layer designed as a fire protection layer and at least one further layer , wherein the further layer is designed as a further fire protection layer, the further layer being designed as a coating, wherein the further layer formed as a coating is manufactured on the basis of an, in particular aqueous, acrylate dispersion, wherein the further layer comprises filler particles , in particular inorganic filler particles, wherein the filler particles comprise and/or consist of exfoliated graphite as material and wherein the carrier layer and the further layer are temperature-resistant and/or temperature-stable up to at least 450°C.
A pneumatic tire , comprising a generally string-shaped adhesive sealant , the sealant being continuously and spirally attached at least to an inner periphery of the tire that corresponds to a tread portion , characterized in that the sealant has a wider portion at least one of longitudinal ends thereof, the wider portion having a width larger than that of a longitudinally adjoining portion.
Valve with an integrated pressure regulator for a pressurized-gas container comprising a valve body comprising: - a gas circuit for conveying a pressurized gas between a gas inlet and a gas outlet , - gas expansion means , which are arranged on the gas circuit and comprise an expansion valve shutter , which is able to move axially (XX) within a first chamber and cooperates with a valve seat , and - a second chamber , which is situated downstream of the first chamber and is in fluidic communication with said first chamber via a connecting channel comprising an inlet orifice arranged in an end wall of the first chamber , and wherein: - a seat element comprising a gas passage is arranged in the end wall of the first chamber such that the gas passage of the seat element and the connecting channel connecting the first chamber to the second chamber are coaxial (XX), and - the valve seat is arranged on the perimeter of the inlet orifice of the gas passage of the seat element , characterized in that a sealing element is arranged between the seat element and the end wall or an internal wall of the first chamber . - a gas circuit for conveying a pressurized gas between a gas inlet and a gas outlet , - gas expansion means , which are arranged on the gas circuit and comprise an expansion valve shutter , which is able to move axially (XX) within a first chamber and cooperates with a valve seat , and - a second chamber , which is situated downstream of the first chamber and is in fluidic communication with said first chamber via a connecting channel comprising an inlet orifice arranged in an end wall of the first chamber , - a seat element comprising a gas passage is arranged in the end wall of the first chamber such that the gas passage of the seat element and the connecting channel connecting the first chamber to the second chamber are coaxial (XX), and - the valve seat is arranged on the perimeter of the inlet orifice of the gas passage of the seat element ,