mhurhangee/patent-ind-claim-en huggingface dataset:
Device for dispensing a fluid (L), comprising a supporting structure provided with means for coupling it with a container (C) that holds said fluid (L) and comprises: - an outlet duct for said fluid (L); - at least one collapsible chamber suited to receive a given quantity of said fluid (L); - first valve means suited to control the passage of said fluid (L) from the inside of said container (C) towards said chamber ; - air refilling valve means suited to control the passage of a given quantity of air from the outside of said container (C) towards the inside of said container (C), wherein said air refilling valve means comprise at least one flexible portion of an edge belonging to a first element of said device associated with said supporting structure , said flexible portion being suited to assume a closed position in order to avoid the passage of air from the outside of said container (C) towards the inside of said container (C) and suited to assume an open position in order to allow the passage of said quantity of air from the outside of said container (C) towards the inside of said container (C); a second element associated with said first element , said second element comprising a counteracting element suited to push said flexible portion in order to move said flexible portion from said closed position to said open position; a third element associated with said second element , said third element comprising a reference element suited to cooperate with said counteracting element in order to move said counteracting element between said first rest position and said operating position, characterized in that said third element is movable with respect to said second element in such a way that it can be positioned in a first position, in which said reference element does not cooperate with said counteracting element , and in a second position, in which said reference element cooperates with said counteracting element in order to place it in said operating position, and in that said third element can be rotated with respect to said second element between said first position and said second position. - an outlet duct for said fluid (L); - at least one collapsible chamber suited to receive a given quantity of said fluid (L); - first valve means suited to control the passage of said fluid (L) from the inside of said container (C) towards said chamber ; - air refilling valve means suited to control the passage of a given quantity of air from the outside of said container (C) towards the inside of said container (C),
A two-edge double margin drill including a major margin and a minor margin at each of two lands : the major margin being provided along a leading edge ; the minor margin being disposed near a heel ; said two-edge double margin drill further comprising: flank faces at an end including a flat first flank face and a flat second flank face ; and web thinning portions including web thinning surfaces that intersect with the respective flat second flank face to form convex arcs in a direction of drill rotation in front view of the drill at a central portion of the end, wherein an interval (θ) between the major margin and the minor margin at each land is set from 80° to 100°; and wherein an outer end of each web thinning surface in a radial direction extends to an outer periphery of the corresponding land , and intersection points with the respective lands are disposed behind an end of the corresponding minor margin in the direction of drill rotation. the major margin being provided along a leading edge ; the minor margin being disposed near a heel ; said two-edge double margin drill further comprising: flank faces at an end including a flat first flank face and a flat second flank face ; and web thinning portions including web thinning surfaces that intersect with the respective flat second flank face to form convex arcs in a direction of drill rotation in front view of the drill at a central portion of the end, wherein an interval (θ) between the major margin and the minor margin at each land is set from 80° to 100°; and wherein an outer end of each web thinning surface in a radial direction extends to an outer periphery of the corresponding land , and intersection points with the respective lands are disposed behind an end of the corresponding minor margin in the direction of drill rotation. flank faces at an end including a flat first flank face and a flat second flank face ; and web thinning portions including web thinning surfaces that intersect with the respective flat second flank face to form convex arcs in a direction of drill rotation in front view of the drill at a central portion of the end, wherein an interval (θ) between the major margin and the minor margin at each land is set from 80° to 100°; and wherein an outer end of each web thinning surface in a radial direction extends to an outer periphery of the corresponding land , and intersection points with the respective lands are disposed behind an end of the corresponding minor margin in the direction of drill rotation.
Hot beverage maker having a flow line system , comprising - a water source - a brewing unit , wherein the brewing unit comprises a brewing chamber for receiving brewing material to be brewed and an inlet line (L4) for admitting brewing water into the brewing chamber , - a heating device for heating the water supplied to the brewing chamber , - a pump designed to convey the water from the source to the brewing chamber , - a control device for activating and deactivating said components for the preparation of a selected beverage, characterised in that , the control device is designed to activate the pump in order to set a predetermined flow rate from a selection of different flow rates (V) for a subsequent beverage preparation, the pump power or flow rate being selected on the basis of the beverage to be prepared itself, for example coffee, espresso, cappuccino, americano or other coffee specialties. - a water source - a brewing unit , wherein the brewing unit comprises a brewing chamber for receiving brewing material to be brewed and an inlet line (L4) for admitting brewing water into the brewing chamber , - a heating device for heating the water supplied to the brewing chamber , - a pump designed to convey the water from the source to the brewing chamber , - a control device for activating and deactivating said components for the preparation of a selected beverage, characterised in that , the control device is designed to activate the pump in order to set a predetermined flow rate from a selection of different flow rates (V) for a subsequent beverage preparation, the pump power or flow rate being selected on the basis of the beverage to be prepared itself, for example coffee, espresso, cappuccino, americano or other coffee specialties. characterised in that , the control device is designed to activate the pump in order to set a predetermined flow rate from a selection of different flow rates (V) for a subsequent beverage preparation, the pump power or flow rate being selected on the basis of the beverage to be prepared itself, for example coffee, espresso, cappuccino, americano or other coffee specialties.
A laser system , comprising: a laser device configured to emit a coherent electromagnetic radiation beam at a lasing wavelength; and at least one optical device positioned in a pathway of the electromagnetic radiation beam ; the at least one optical device comprising: a glass material; and a dopant comprising at least one of a transition metal element, an actinide element, and a lanthanide element dispersed within the glass material, wherein the doped glass does not significantly absorb the lasing wavelength of the electromagnetic radiation beam , and wherein the dopant does not emit radiation at the lasing wavelength of the coherent electromagnetic radiation beam when pumped with another wavelength of electromagnetic radiation, wherein the at least one optical device exhibits a lower electronic population in higher energy states after inputting energy from the coherent electromagnetic radiation beam into the at least one optical device , relative to an optical device comprising the glass material without the dopant. a laser device configured to emit a coherent electromagnetic radiation beam at a lasing wavelength; and at least one optical device positioned in a pathway of the electromagnetic radiation beam ; the at least one optical device comprising: a glass material; and a dopant comprising at least one of a transition metal element, an actinide element, and a lanthanide element dispersed within the glass material, wherein the doped glass does not significantly absorb the lasing wavelength of the electromagnetic radiation beam , and wherein the dopant does not emit radiation at the lasing wavelength of the coherent electromagnetic radiation beam when pumped with another wavelength of electromagnetic radiation, wherein the at least one optical device exhibits a lower electronic population in higher energy states after inputting energy from the coherent electromagnetic radiation beam into the at least one optical device , relative to an optical device comprising the glass material without the dopant. a glass material; and a dopant comprising at least one of a transition metal element, an actinide element, and a lanthanide element dispersed within the glass material, wherein the doped glass does not significantly absorb the lasing wavelength of the electromagnetic radiation beam , and wherein the dopant does not emit radiation at the lasing wavelength of the coherent electromagnetic radiation beam when pumped with another wavelength of electromagnetic radiation, wherein the at least one optical device exhibits a lower electronic population in higher energy states after inputting energy from the coherent electromagnetic radiation beam into the at least one optical device , relative to an optical device comprising the glass material without the dopant.
A theater, comprising: an auditorium having a screen, seating, and an entrance; a corridor connecting said auditorium to said entrance; wherein said corridor is curved whereby a patron entering the auditorium traverses a curved path from said entrance to said auditorium, and wherein said corridor includes at least one smoothly, convexly curved wall and a similarly curved screen for displaying video images, the curved screen being set out from the smoothly curved wall. an auditorium having a screen, seating, and an entrance; a corridor connecting said auditorium to said entrance; wherein said corridor is curved whereby a patron entering the auditorium traverses a curved path from said entrance to said auditorium, and wherein said corridor includes at least one smoothly, convexly curved wall and a similarly curved screen for displaying video images, the curved screen being set out from the smoothly curved wall.
A pharmaceutical composition for use in treating or preventing cancer, comprising a peptide consisting of an amino acid sequence of any one of SEQ ID NOS: 1, 2, 4, 5, and 7 to 11, wherein the peptide is capable of binding to a plurality of allelotypes of HLA-A gene A.
An aerosol generating device comprising: a multilayered thermally conductive member forming an accommodation space into which an aerosol generating article is configured to be inserted; a heater surrounding the multilayered thermally conductive member ; a battery configured to supply power to the heater ; and a controller configured to control power supplied from the battery to the heater such that the multilayered thermally conductive member transfers heat from the heater to the aerosol generating article, wherein the multilayered thermally conductive member comprises at least two layers, wherein the at least two layers comprise a layer including a corrosion-resistant material, and a layer including a thermally conductive material. a multilayered thermally conductive member forming an accommodation space into which an aerosol generating article is configured to be inserted; a heater surrounding the multilayered thermally conductive member ; a battery configured to supply power to the heater ; and a controller configured to control power supplied from the battery to the heater such that the multilayered thermally conductive member transfers heat from the heater to the aerosol generating article, wherein the multilayered thermally conductive member comprises at least two layers, wherein the at least two layers comprise a layer including a corrosion-resistant material, and a layer including a thermally conductive material.
A method, comprising: receiving , by a master node , a data analysis request; creating , by the master node , a plan to generate a response to the request; assigning to each of a plurality of distributed processing segments a corresponding portion of the plan to be performed by that segment, including by invoking as indicated in the assignment one or more data analytical functions embedded in the processing segment; and characterized by sending , by the master node , to each of the plurality of distributed processing segments for which a portion of the plan is assigned, the corresponding portion of the plan to be performed by that segment and metadata , wherein the metadata is used to locate or access a subset of data in a distributed storage layer on which the segment is to perform the indicated processing. receiving , by a master node , a data analysis request; creating , by the master node , a plan to generate a response to the request; assigning to each of a plurality of distributed processing segments a corresponding portion of the plan to be performed by that segment, including by invoking as indicated in the assignment one or more data analytical functions embedded in the processing segment; and characterized by sending , by the master node , to each of the plurality of distributed processing segments for which a portion of the plan is assigned, the corresponding portion of the plan to be performed by that segment and metadata , wherein the metadata is used to locate or access a subset of data in a distributed storage layer on which the segment is to perform the indicated processing.
A method for establishing a data channel, characterized by comprising: allocating , by a first Session Management Function, SMF, entity, first address information to a first user plane entity, and notifying, by the first SMF entity, the first address information and group information of a target group to a Path Management Function, PMF, entity; and acquiring , by the first SMF entity, second address information of at least one second user plane entity in the target group from the PMF entity, and notifying , by the first SMF entity, the second address information of the at least one second user plane entity in the target group to the first user plane entity. allocating , by a first Session Management Function, SMF, entity, first address information to a first user plane entity, and notifying, by the first SMF entity, the first address information and group information of a target group to a Path Management Function, PMF, entity; and acquiring , by the first SMF entity, second address information of at least one second user plane entity in the target group from the PMF entity, and notifying , by the first SMF entity, the second address information of the at least one second user plane entity in the target group to the first user plane entity.
A processing machine system having at least one mobile control unit, wherein at least one material-specific feature of the processing machine system can be detected by the mobile control unit, wherein, upon detection of the material-specific feature by the mobile control unit, data associated with the feature can be and/or are supplied to an operator by the mobile control unit, and wherein the data associated with the feature contain data relating to at least one consumable material of the processing machine system, characterized in that the material-specific feature is a tag which can be detected by the mobile control unit in a contactless manner, without a control operation, solely as a result of proximity, at a distance of less than 4 cm between the mobile control unit and the tag.
A server for offering a first cloud print service that supplies first print job data including first print settings and first print data obtained from a client to a printer , the server comprising: a storage means for storing the first print job data obtained from the client ; a first transmission means for transmitting, to a second cloud print service different from the first cloud print service, a registration request for registering the first cloud print service as a destination printer in the second cloud print service; and an acquisition means for acquiring, after completion of the registration of the destination printer based on the registration request, second print job data including second print settings and second print data from the second cloud print service ; wherein the storage means is operable to store the second print job data acquired from the second cloud print service , and the first print job data, the server further comprising a second transmission means for transmitting the first and second print job data stored in the storing means to the printer . a storage means for storing the first print job data obtained from the client ; a first transmission means for transmitting, to a second cloud print service different from the first cloud print service, a registration request for registering the first cloud print service as a destination printer in the second cloud print service; and an acquisition means for acquiring, after completion of the registration of the destination printer based on the registration request, second print job data including second print settings and second print data from the second cloud print service ; wherein the storage means is operable to store the second print job data acquired from the second cloud print service , and the first print job data, the server further comprising a second transmission means for transmitting the first and second print job data stored in the storing means to the printer .
A torque sensor (1000; 1100) having a base body (1001; 1101) which extends in a radial direction (Y) of the base body from an annular inner flange (1003; 1103) having first force application points (1005; 1105), via a mechanically weakened sensor portion (1007; 1107) equipped with measurement transducers which generate output signals, to an annular outer flange (1009; 1109) having second force application points (1011; 1111), characterized in that a rubber-elastic sealing membrane (1031; 1131) arranged axially between the outer flange (1009; 1109) and the inner flange (1003; 1103) covers the mechanically weakened sensor portion (1007; 1107) in a fluid-tight manner, wherein the sealing membrane (1031; 1131) is located axially between the second force application points (1011; 1111) and the mechanically weakened sensor portion (1007; 1107).
A composition comprising: a melt polycarbonate resin derived from diphenyl carbonate; and an interfacial polycarbonate resin mixed with the melt polycarbonate resin, wherein the interfacial polycarbonate has an endcap of p-cumyl phenol, wherein the composition comprises 20 wt% to 80 wt% of the melt polycarbonate resin relative to 100 wt% of all polycarbonate resin in the composition, wherein the melt polycarbonate has a melt volume rate from 20 cm 3 /min to 30 cm 3 /min, as determined in accordance with ISO 1133 at 1.2 kg and 300°C, wherein the composition exhibits a melt volume rate as determined in accordance with ISO 1133 of between 21 cm 3 /10 minutes and 26 cm 3 /10 minutes at 1.2 kg and 300 °C, wherein an article formed from the composition exhibits an IZOD Notched Impact performance as determined in accordance with ISO 180-1A that is greater than an IZOD Notched Impact performance of an article formed from a comparator composition consisting essentially of the melt polycarbonate resin at a temperature in the range of -20 °C and 10 °C. a melt polycarbonate resin derived from diphenyl carbonate; and an interfacial polycarbonate resin mixed with the melt polycarbonate resin, wherein the interfacial polycarbonate has an endcap of p-cumyl phenol, wherein the composition comprises 20 wt% to 80 wt% of the melt polycarbonate resin relative to 100 wt% of all polycarbonate resin in the composition, wherein the melt polycarbonate has a melt volume rate from 20 cm 3 /min to 30 cm 3 /min, as determined in accordance with ISO 1133 at 1.2 kg and 300°C, wherein the composition exhibits a melt volume rate as determined in accordance with ISO 1133 of between 21 cm 3 /10 minutes and 26 cm 3 /10 minutes at 1.2 kg and 300 °C, wherein an article formed from the composition exhibits an IZOD Notched Impact performance as determined in accordance with ISO 180-1A that is greater than an IZOD Notched Impact performance of an article formed from a comparator composition consisting essentially of the melt polycarbonate resin at a temperature in the range of -20 °C and 10 °C.
Transmission control module for use in a contaminating medium, comprising: - a carrier plate , - a conductor track substrate , which is arranged on the carrier plate and has a continuous recess , - a TCU circuit board , which is populated with electrical components of a control circuit and which is inserted into the cut-out of the conductor track substrate and is applied to the carrier plate , - electrical connection means , which electrically contact-connect the TCU circuit board to the conductor track substrate , - and a cover for common protection of the electrical components arranged on the TCU circuit board , wherein the cover is arranged in a sealed manner and fastened exclusively on the TCU circuit board, wherein a populating side of the TCU circuit board populated with the electrical components has an inner first region , which is covered by the cover , and an outer second region , which is not covered by the cover , and contact points for the electrical contact-connection of the TCU circuit board are arranged in the outer second region , wherein the electrical connection means connect the electrical contact points on a populating side of the TCU circuit board facing away from the carrier plate to electrical contact points on a side of the conductor track substrate facing away from the carrier plate . - a carrier plate , - a conductor track substrate , which is arranged on the carrier plate and has a continuous recess , - a TCU circuit board , which is populated with electrical components of a control circuit and which is inserted into the cut-out of the conductor track substrate and is applied to the carrier plate , - electrical connection means , which electrically contact-connect the TCU circuit board to the conductor track substrate , - and a cover for common protection of the electrical components arranged on the TCU circuit board , wherein the cover is arranged in a sealed manner and fastened exclusively on the TCU circuit board, wherein a populating side of the TCU circuit board populated with the electrical components has an inner first region , which is covered by the cover , and an outer second region , which is not covered by the cover , and contact points for the electrical contact-connection of the TCU circuit board are arranged in the outer second region , wherein the electrical connection means connect the electrical contact points on a populating side of the TCU circuit board facing away from the carrier plate to electrical contact points on a side of the conductor track substrate facing away from the carrier plate .