mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a ceramic carrier body comprising cooling elements and sintered metallization regions which are arranged one above the other in at least two metallization planes, the carrier body having a surface on which sintered metallization regions are arranged in a first metallization plane, which metallization regions carry electronic components and/or are structured in such a way that they form resistors or coils, and these metallization regions, together with the components and/or the formed resistors or coils, being covered by a ceramic plate and further regions of these sintered metallization regions being optionally arranged on the ceramic plate in other metallization planes and each being covered by a ceramic plate and sintered metallization regions being arranged on the uppermost ceramic plate, facing away from the cooling elements, in a metallization plane for receiving circuit elements, characterized in that, in order to produce a metallization plane after producing the ceramic carrier body which has the cooling elements, a) portions of the surface of the carrier body are coated with a tungsten-glass paste during screen printing, the tungsten-glass paste being printed up to the outer edge of the carrier body at at least one point, b) the uncoated faces are subsequently printed with an insulating paste, after which the tungsten-glass paste and the insulating paste are debound, c) a polished ceramic plate is then placed on the debound pastes d) and then the method steps a, b and c are optionally repeated, the ceramic plate then being printed and e) finally, in order to create side metallizations, the inner tungsten metallizations are connected to the uppermost copper metallization by means of another screen printing step using copper paste on the side face of the carrier body. a) portions of the surface of the carrier body are coated with a tungsten-glass paste during screen printing, the tungsten-glass paste being printed up to the outer edge of the carrier body at at least one point, b) the uncoated faces are subsequently printed with an insulating paste, after which the tungsten-glass paste and the insulating paste are debound, c) a polished ceramic plate is then placed on the debound pastes d) and then the method steps a, b and c are optionally repeated, the ceramic plate then being printed and e) finally, in order to create side metallizations, the inner tungsten metallizations are connected to the uppermost copper metallization by means of another screen printing step using copper paste on the side face of the carrier body.
A system comprising: a cache framework (108, 448) maintaining a data structure (222, 452) that identifies a plurality of caches (C1, C2) in a cache tier order, the cache framework (108, 448) coupled to a requesting entity that makes a request for data, the cache framework (108, 448) configured to attempt to return the data in response to the request, including to read the data structure (222, 452) to access each cache (C1, C2) according to the cache tier order until the data is obtained from a cache or to return an indication that at least part of the data was not obtained from the plurality of caches (C1, C2), wherein the data structure (222, 452) is an array (222, 452) that identifies the plurality of caches (C1, C2) as an ordered set, and wherein the array (222, 452) or information in the array (222, 452) is dynamically variable to dynamically change the ordered set to a different set of one or more caches, to a different cache order, or to both a different set of one or more caches and to a different cache order in response to receiving a request to change the array. a cache framework (108, 448) maintaining a data structure (222, 452) that identifies a plurality of caches (C1, C2) in a cache tier order, the cache framework (108, 448) coupled to a requesting entity that makes a request for data, the cache framework (108, 448) configured to attempt to return the data in response to the request, including to read the data structure (222, 452) to access each cache (C1, C2) according to the cache tier order until the data is obtained from a cache or to return an indication that at least part of the data was not obtained from the plurality of caches (C1, C2), wherein the data structure (222, 452) is an array (222, 452) that identifies the plurality of caches (C1, C2) as an ordered set, and wherein the array (222, 452) or information in the array (222, 452) is dynamically variable to dynamically change the ordered set to a different set of one or more caches, to a different cache order, or to both a different set of one or more caches and to a different cache order in response to receiving a request to change the array.
A nasal congestion treatment kit, comprising: at least one first nasal-spray apparatus (112,114) provided with a pharmaceutically-inactive solution and configured for administering said solution as a spray mist into a nasal passage of a human nose; at least one second nasal-spray apparatus (112,114) provided with a pharmaceutically-active solution and configured for administering a measured amount of said solution as a spray mist into said nasal passage; and at least one nasal dilator; wherein: said pharmaceutically-active solution is an aqueous solution comprising not less than 0.002% and not more than 0.02% of a pharmaceutically-active ingredient by weight; said pharmaceutically-inactive solution is an aqueous solution comprising a salt selected from the group consisting of sodium chloride and potassium chloride; and said pharmaceutically active solution comprises a sympathomimetic vasoconstrictor as the pharmaceutically-active ingredient. at least one first nasal-spray apparatus (112,114) provided with a pharmaceutically-inactive solution and configured for administering said solution as a spray mist into a nasal passage of a human nose; at least one second nasal-spray apparatus (112,114) provided with a pharmaceutically-active solution and configured for administering a measured amount of said solution as a spray mist into said nasal passage; and at least one nasal dilator; wherein: said pharmaceutically-active solution is an aqueous solution comprising not less than 0.002% and not more than 0.02% of a pharmaceutically-active ingredient by weight; said pharmaceutically-inactive solution is an aqueous solution comprising a salt selected from the group consisting of sodium chloride and potassium chloride; and said pharmaceutically active solution comprises a sympathomimetic vasoconstrictor as the pharmaceutically-active ingredient. said pharmaceutically-active solution is an aqueous solution comprising not less than 0.002% and not more than 0.02% of a pharmaceutically-active ingredient by weight; said pharmaceutically-inactive solution is an aqueous solution comprising a salt selected from the group consisting of sodium chloride and potassium chloride; and said pharmaceutically active solution comprises a sympathomimetic vasoconstrictor as the pharmaceutically-active ingredient.
A method for transmitting a receiving buffer status report about Packet Data Convergence Protocol, PDCP, Service Data Units, SDUs, from a receiving side of a PDCP layer to a transmitting side PDCP layer in a mobile communications system, such as LTE or E-UMTS, the method comprising: determining, by the receiving side PDCP layer, a status of the PDCP SDUs; and transmitting, by the receiving side PDCP layer, a PDCP Protocol Data Unit, PDU, including the receiving buffer status report about the PDCP SDUs to the transmitting side PDCP layer, such that the transmitting side PDCP layer is able to transmit or retransmit the PDCP SDUs, wherein the format of the PDCP PDU comprises a D/C field, a PDU type field, a bitmap field and a field including Sequence Number, SN, information of a PDCP SDU corresponding to a first or a last bit of the bitmap field, wherein the PDCP PDU includes the receiving buffer status report, which indicates whether a reception of PDCP SDUs is a success or a failure, in the form of the bitmap field and the field including SN information of a PDCP SDU, and wherein the format of the PDCP PDU is configured by arranging the fields in an order of the D/C field, the PDU type field, the field including the SN information of the PDCP SDU, and the bitmap field. determining, by the receiving side PDCP layer, a status of the PDCP SDUs; and transmitting, by the receiving side PDCP layer, a PDCP Protocol Data Unit, PDU, including the receiving buffer status report about the PDCP SDUs to the transmitting side PDCP layer, such that the transmitting side PDCP layer is able to transmit or retransmit the PDCP SDUs, wherein the format of the PDCP PDU comprises a D/C field, a PDU type field, a bitmap field and a field including Sequence Number, SN, information of a PDCP SDU corresponding to a first or a last bit of the bitmap field, wherein the PDCP PDU includes the receiving buffer status report, which indicates whether a reception of PDCP SDUs is a success or a failure, in the form of the bitmap field and the field including SN information of a PDCP SDU, and wherein the format of the PDCP PDU is configured by arranging the fields in an order of the D/C field, the PDU type field, the field including the SN information of the PDCP SDU, and the bitmap field.
A moulding and filling valve for the simultaneous moulding of a previously thermally conditioned preform into a container and the filling of the container being formed by introduction of a pressurised filling material, comprising an interior space, which has an inlet in fluid communication with a source for the pressurised filling material, and an outlet, which can be brought into fluid communication with the preform and to which a sealing element is assigned, which can be moved between a position in which it closes the outlet and a position in which it releases the outlet, by means of a tubular plunger, which runs and can be moved in the longitudinal direction through the moulding and filling valve, wherein a stretching rod that can be moved in the longitudinal direction and that can be introduced into the preform during the moulding and filling process and supports the moulding thereof, is arranged in the plunger, and wherein a flexible diaphragm ring, which surrounds the plunger in a sealed manner in the interior space and which is connected to wall regions of the interior space so as to be sealed externally and which delimits a lower part of the interior space, through which the filling material flows into the preform, relative to the remaining valve regions, is provided in the interior space, characterised in that with an upper part of the interior space, the diaphragm ring encloses a supporting hollow space, which is permanently completely filled with an incompressible supporting fluid.
Electromotive furniture drive having a number of adjusting drives (7, 8) for electromotive movement of at least one movable furniture component relative to another furniture component, a control device and a communication unit for receiving wireless signals of a remote control, wherein the adjusting drives (7, 8) are controlled in response to received wireless signals, characterized in that the communication unit is adapted to determine a signal strength of the received wireless signal, and that the control device is adapted to control the adjusting drives (7, 8) only when the signal strength in magnitude exceeds a predetermined threshold value.
A display device comprising: a light-emitting layer comprising an addressable array of light-emitting elements; an optical layer (1802, 2012) overlaying the light-emitting layer, wherein the optical layer includes a plurality of distributed lenses (A, B, C, D, E), including at least two distributed lenses having different focal lengths, wherein each distributed lens has an optical center and a plurality of lens regions, and wherein at least one lens region of a first distributed lens is located between at least two lens regions of a second distributed lens, the first and second distributed lenses having different optical centers; and a spatial light modulator (1306, 2014) operative to allow light from the light-emitting layer to travel outside the display device through a selected plurality of the lens regions, the selected plurality including at least two selected lens regions within a selected first distributed lens. a light-emitting layer comprising an addressable array of light-emitting elements; an optical layer (1802, 2012) overlaying the light-emitting layer, wherein the optical layer includes a plurality of distributed lenses (A, B, C, D, E), including at least two distributed lenses having different focal lengths, wherein each distributed lens has an optical center and a plurality of lens regions, and wherein at least one lens region of a first distributed lens is located between at least two lens regions of a second distributed lens, the first and second distributed lenses having different optical centers; and a spatial light modulator (1306, 2014) operative to allow light from the light-emitting layer to travel outside the display device through a selected plurality of the lens regions, the selected plurality including at least two selected lens regions within a selected first distributed lens.
Compound derived from 1,4:3,6-dianhydrohexitol carrying two maleate and/or fumarate functions, chosen from the compounds or shown below or a mixture of these compounds: in which R represents, independently an alkyl group, preferably an alkyl group comprising from 1 to 10 atoms of carbon;
Use of an oil-based composition comprising boron-containing particles, for the reduction of ammonia volatilization upon application of urea-based fertilizer particles to soil, wherein the urea-based fertilizer particles are coated with the oil-based composition comprising boron-containing particles prior to their application to soil; characterized in that the boron-containing particles essentially consist of a material with a low water solubility of less than 10 g/L at 25°C; and at least 95 % of the boron-containing particles have a particle size in the range of 0.1 and 60 μm, as measured by laser diffraction analysis.
A stabilized composition comprising: - at least one homopolymer or copolymer of ethylene; - at least a mixture of tocotrienol isomers comprising: a) from 30% by weight to 60% by weight of γ-tocotrienol having formula (Ic); (b) from 20% by weight to 40% by weight of α-tocotrienol having formula (Ia); (c) from 10% by weight to 30% by weight of δ-tocotrienol having formula (Id); the total of (a) + (b) + (c) being 100. - at least one homopolymer or copolymer of ethylene; - at least a mixture of tocotrienol isomers comprising: a) from 30% by weight to 60% by weight of γ-tocotrienol having formula (Ic); (b) from 20% by weight to 40% by weight of α-tocotrienol having formula (Ia); (c) from 10% by weight to 30% by weight of δ-tocotrienol having formula (Id); a) from 30% by weight to 60% by weight of γ-tocotrienol having formula (Ic); (b) from 20% by weight to 40% by weight of α-tocotrienol having formula (Ia); (c) from 10% by weight to 30% by weight of δ-tocotrienol having formula (Id);
A method for parameterization of a tractive force controller of a controlled roller of a web-processing machine, the tractive force controller controlling the speed (v 9) of the controlled roller in order to transport a material on the web-processing machine from the controlled roller to a further roller or from a further roller to the controlled roller at a line speed (v) while being subjected to the tractive force, characterized in that during a standstill test at a line speed (v) of zero, the tractive force is increased to an identification tractive force (F w2), preferably 90% of a predetermined standstill tractive force operating point (F op), to determine standstill system parameters of the tractive force system (G F,0) and to calculate standstill controller parameters (R F,o) of the tractive force controller from the standstill system parameters of the tractive force system (G F,0), preferably by means of a frequency characteristic method, and in that the tractive force controller is parameterized using the standstill controller parameters (R F,o).
A first user equipment (105; 106; 200; 500) configured for wireless signal exchange, the first user equipment comprising: means for determining (710, 810, 1310) a future null-zone presence of the first user equipment based on a location estimate of the first user equipment, motion of the first user equipment, and a boundary of the null zone, the future null-zone presence of the first user equipment being a future presence of the first user equipment in the null zone, wherein a null-zone is a region in which there are insufficient positioning reference signals available from base stations to determine a location with a desired accuracy of a UE positioned within the null zone; and means for transmitting (712, 715, 716, 821, 822, 824, 831, 841, 1320), in response to determining the future null-zone presence of the first user equipment, a request for positioning reference signal exchange between the first user equipment and a second user equipment separate from the first user equipment. means for determining (710, 810, 1310) a future null-zone presence of the first user equipment based on a location estimate of the first user equipment, motion of the first user equipment, and a boundary of the null zone, the future null-zone presence of the first user equipment being a future presence of the first user equipment in the null zone, wherein a null-zone is a region in which there are insufficient positioning reference signals available from base stations to determine a location with a desired accuracy of a UE positioned within the null zone; and means for transmitting (712, 715, 716, 821, 822, 824, 831, 841, 1320), in response to determining the future null-zone presence of the first user equipment, a request for positioning reference signal exchange between the first user equipment and a second user equipment separate from the first user equipment.
A reciprocating compressor (1A, 1B) comprising: a compression part compressing, by a piston, gas sucked into a cylinder through a suction valve, and discharging the compressed gas through a discharge valve; a piston drive part supplying a force to the piston to reciprocate the piston via a rod coupled to the piston; and a container part accommodating the compression part and forming a vacuum region around the compression part, wherein the container part includes a housing forming the vacuum region, and a cylinder holding part disposed between the housing and the cylinder, a side surface of the cylinder is spaced from an inner surface of the housing facing the side surface of the cylinder, a first end part of the cylinder holding part is formed on the side surface of the cylinder, a second end part of the cylinder holding part is formed on the inner surface of the housing, characterized in that the first end part includes a pedestal base part fixed to the side surface of the cylinder, and a pedestal coupling part in contact with the pedestal base part and coupled to the second end part via an elastic part 31, and the pedestal coupling part is movable relative to the pedestal base part along a movement direction of the piston. a compression part compressing, by a piston, gas sucked into a cylinder through a suction valve, and discharging the compressed gas through a discharge valve; a piston drive part supplying a force to the piston to reciprocate the piston via a rod coupled to the piston; and a container part accommodating the compression part and forming a vacuum region around the compression part, wherein the container part includes a housing forming the vacuum region, and a cylinder holding part disposed between the housing and the cylinder, a side surface of the cylinder is spaced from an inner surface of the housing facing the side surface of the cylinder, a first end part of the cylinder holding part is formed on the side surface of the cylinder, a second end part of the cylinder holding part is formed on the inner surface of the housing, characterized in that the first end part includes a pedestal base part fixed to the side surface of the cylinder, and a pedestal coupling part in contact with the pedestal base part and coupled to the second end part via an elastic part 31, and the pedestal coupling part is movable relative to the pedestal base part along a movement direction of the piston.
A method for manufacturing a curvilineal closed structure part having a bent shape in the longitudinal direction using two metal plates (A, B), characterized in that the method comprises: a press forming process of forming straight or bent folding lines (α, β) in a longitudinal direction of the metal plates (A, B) at positions corresponding to a polygonal bent shape, and forming a flange at least at one of the ends of the width direction of each metal plate (A, B); a process of forming a closed structure by laying the two metal plates (A, B) so as to overlap each other flange to flange and end to end for ends without flanges and by welding the portions laid so as to overlap each other in the longitudinal direction of the metal plates; and a process of forming a polygonal shape closed structure with a bent shape in the longitudinal direction with the folding lines (α, β) formed in the press forming process being used as origins of vertices of the polygonal shape, by holding both ends of the closed structure with holding units, and by compressing the closed structure in the direction toward the central axis of the closed structure, and by only using press forming. a press forming process of forming straight or bent folding lines (α, β) in a longitudinal direction of the metal plates (A, B) at positions corresponding to a polygonal bent shape, and forming a flange at least at one of the ends of the width direction of each metal plate (A, B); a process of forming a closed structure by laying the two metal plates (A, B) so as to overlap each other flange to flange and end to end for ends without flanges and by welding the portions laid so as to overlap each other in the longitudinal direction of the metal plates; and a process of forming a polygonal shape closed structure with a bent shape in the longitudinal direction with the folding lines (α, β) formed in the press forming process being used as origins of vertices of the polygonal shape, by holding both ends of the closed structure with holding units, and by compressing the closed structure in the direction toward the central axis of the closed structure, and by only using press forming.
A crutch, comprising: a tubular member being substantially vertical and having a plurality of apertures formed therein; an angled portion extending upwardly from the substantially vertical tubular member; an arm rest support extending perpendicularly from the angled portion for receiving an arm rest; a handle extending outwardly from the arm rest support; a leg telescopically received into the tubular member; and a foot; and wherein the foot is exchangably received by the leg; characterized by the arm rest being hingedly connected to the arm rest support. a tubular member being substantially vertical and having a plurality of apertures formed therein; an angled portion extending upwardly from the substantially vertical tubular member; an arm rest support extending perpendicularly from the angled portion for receiving an arm rest; a handle extending outwardly from the arm rest support; a leg telescopically received into the tubular member; and a foot; and