mhurhangee/ep-ind-claims huggingface dataset:
An antenna (100; 210), comprising: a waveguide formed by a first horizontal conductive layer of a multi-layer circuit board (110; 230), a second horizontal conductive layer of the multi-layer circuit board and vertical sidewalls formed by conductive vias (123, 124) extending between the first conductive layer and the second conductive layer, a parallel plate resonator at one end of the waveguide, the parallel plate resonator being formed in the multi-layer circuit board (110; 230) by a first horizontal conductive plate adjacent to the first conductive layer and a second horizontal conductive plate adjacent to the second conductive layer; and at least one conductive via (155, 156) extending from one of the first conductive plate and/or the second conductive plate towards the other of the first conductive plate and the second conductive plate, characterized in that a vertical height of the at least one conductive via (155, 156) is less than a vertical distance between the first conductive plate and the second conductive plate, such that the at least one conductive via (155, 156) does not form a conductive path between the first conductive plate and the second conductive plate. a waveguide formed by a first horizontal conductive layer of a multi-layer circuit board (110; 230), a second horizontal conductive layer of the multi-layer circuit board and vertical sidewalls formed by conductive vias (123, 124) extending between the first conductive layer and the second conductive layer, a parallel plate resonator at one end of the waveguide, the parallel plate resonator being formed in the multi-layer circuit board (110; 230) by a first horizontal conductive plate adjacent to the first conductive layer and a second horizontal conductive plate adjacent to the second conductive layer; and at least one conductive via (155, 156) extending from one of the first conductive plate and/or the second conductive plate towards the other of the first conductive plate and the second conductive plate, characterized in that a vertical height of the at least one conductive via (155, 156) is less than a vertical distance between the first conductive plate and the second conductive plate, such that the at least one conductive via (155, 156) does not form a conductive path between the first conductive plate and the second conductive plate.
A liquid distributor for an apparatus for washing of cellulose pulp, where pulp is arranged to be transported in a vat comprising a vat wall and a vat chamber, said liquid distributor comprising an inlet arranged to receive liquid in a first direction, a first flow redirecting wall arranged to redirect the liquid in a second direction, an outlet arranged to output the liquid into the vat chamber, and a channel with a first channel section, which first channel section has a first channel cross section area (A1, A11+A12+A13) and is placed between the inlet and the first flow redirecting wall, and with a second channel section, which second channel section has a second channel cross section area (A21+A22) and is placed between the first flow redirecting wall and the outlet, characterized in that the second channel cross section area (A21+A22) is everywhere larger than the first channel cross section area (A1, A11+A12+A13); in that the liquid distributor further comprises a second flow redirecting wall after the first flow redirecting wall; in that the channel comprises a third channel section with a third channel cross section area (A3, A3') being placed between the second flow redirecting wall and the outlet; in that the second flow redirecting wall is arranged to redirect the liquid in a third direction; and in that the third channel cross section area (A3, A3') is everywhere larger than the second channel cross section area (A21+A22).
An extendable lift assembly, comprising: a sliding rail assembly, including: a plate; and, a knuckle arm pivotably connected to the plate via a first shaft; and, a first platform pivotably connected to the knuckle arm via a second shaft, characterized in that the first platform is rotatable about the second shaft in a first circumferential direction relative to the knuckle arm and a second circumferential direction, opposite the first circumferential direction; and, the knuckle arm is rotatable about the first shaft in a third circumferential direction relative to the plate and a fourth circumferential direction, opposite the third circumferential direction. a sliding rail assembly, including: a plate; and, a knuckle arm pivotably connected to the plate via a first shaft; and, a plate; and, a knuckle arm pivotably connected to the plate via a first shaft; and, a first platform pivotably connected to the knuckle arm via a second shaft, characterized in that the first platform is rotatable about the second shaft in a first circumferential direction relative to the knuckle arm and a second circumferential direction, opposite the first circumferential direction; and, the knuckle arm is rotatable about the first shaft in a third circumferential direction relative to the plate and a fourth circumferential direction, opposite the third circumferential direction.
A method for secure multi-terminal cooperative working, applied to a network on which a plurality of terminal devices perform cooperative playing and/or cooperative recording, the network is constructed based on a broadcast message or the network is constructed using a near field communication, NFC, technology or a two-dimensional code technology, wherein the plurality of terminal devices comprise a first terminal device, and the method comprises: when the first terminal device accesses the network, determining, by the first terminal device, a security mechanism; obtaining, by the first terminal device, cooperative working information, wherein the cooperative working information is information played and/or recorded by the plurality of terminal devices; and performing, by the first terminal device, security processing on the cooperative working information based on the security mechanism, wherein the security mechanism is used to prohibit a process other than a cooperative working process from accessing the cooperative working information. when the first terminal device accesses the network, determining, by the first terminal device, a security mechanism; obtaining, by the first terminal device, cooperative working information, wherein the cooperative working information is information played and/or recorded by the plurality of terminal devices; and performing, by the first terminal device, security processing on the cooperative working information based on the security mechanism, wherein the security mechanism is used to prohibit a process other than a cooperative working process from accessing the cooperative working information.
A gas turbine engine comprising: a mid-turbine frame including: an inner frame case; and at least one spoke connected to the inner frame case, wherein the at least one spoke includes a fluid passage in fluid communication with a channel on a radially inner end of the fluid passage; and a cavity located radially inward from the mid-turbine frame in fluid communication with the channel; characterised in that: the channel is directed in a radially inward and circumferential direction, and the channel is located in a plug separate from the at least one spoke and the plug contacts the at least one spoke and is adjacent to the inner frame case. a mid-turbine frame including: an inner frame case; and at least one spoke connected to the inner frame case, wherein the at least one spoke includes a fluid passage in fluid communication with a channel on a radially inner end of the fluid passage; and an inner frame case; and at least one spoke connected to the inner frame case, wherein the at least one spoke includes a fluid passage in fluid communication with a channel on a radially inner end of the fluid passage; and a cavity located radially inward from the mid-turbine frame in fluid communication with the channel; characterised in that: the channel is directed in a radially inward and circumferential direction, and the channel is located in a plug separate from the at least one spoke and the plug contacts the at least one spoke and is adjacent to the inner frame case.
A component transfer device of a component mounter comprising: a single nozzle head that has one suction nozzle which picks up a component from a supply position by making the internal pressure of the suction nozzle negative and mounts the component on a board held at a fixed position by raising the internal pressure of the suction nozzle; a multiple nozzle head (46, 47) that has multiple suction nozzles; a head holding section that exchangeably holds the single nozzle head and the multiple nozzle head (46, 47); a pickup/mounting driving section (6, 6A, 6B, 6C) provided on the head holding section that connects with the suction nozzle of the held single nozzle head or a selected suction nozzle of the held multiple nozzle head (46, 47), and raises/lowers the internal pressure of the suction nozzle (459, 479); and a head driving section that drives the head holding section and the held single nozzle head or the held multiple nozzle head (46, 47) between the supply position and the board held at a fixed position; the component transfer device being characterized in that the pickup/mounting driving section (6, 6A, 6B, 6C), when making the suction nozzle of the held single nozzle head perform mounting of the component, cuts off the suction nozzle from a negative pressure source, connects the suction nozzle both to the atmosphere, so that outside air is introduced such that the negative pressure rises, and to a positive pressure source. a single nozzle head that has one suction nozzle which picks up a component from a supply position by making the internal pressure of the suction nozzle negative and mounts the component on a board held at a fixed position by raising the internal pressure of the suction nozzle; a multiple nozzle head (46, 47) that has multiple suction nozzles; a head holding section that exchangeably holds the single nozzle head and the multiple nozzle head (46, 47); a pickup/mounting driving section (6, 6A, 6B, 6C) provided on the head holding section that connects with the suction nozzle of the held single nozzle head or a selected suction nozzle of the held multiple nozzle head (46, 47), and raises/lowers the internal pressure of the suction nozzle (459, 479); and a head driving section that drives the head holding section and the held single nozzle head or the held multiple nozzle head (46, 47) between the supply position and the board held at a fixed position; the component transfer device being characterized in that the pickup/mounting driving section (6, 6A, 6B, 6C), when making the suction nozzle of the held single nozzle head perform mounting of the component, cuts off the suction nozzle from a negative pressure source, connects the suction nozzle both to the atmosphere, so that outside air is introduced such that the negative pressure rises, and to a positive pressure source.
Mains-connected water dispenser for releasing drinking water, comprising at least one water terminal, via which the water dispenser can be connected to a drinking water supply external to the appliance, comprising at least one water outlet, which is connected to the water terminal via a water distribution network internal to the appliance, comprising at least one purification device, which is installed in a water pipe of the water distribution network internal to the appliance and which is configured to produce hypochlorite, which can be supplied to the drinking water present in the water network internal to the appliance for purification and disinfection, at least one sensor being provided, which is arranged in the water distribution network and which is configured to measure the concentration of the sodium chloride dissolved in the drinking water in the water distribution network, a sodium chloride reservoir being provided, which is configured to add sodium chloride to the drinking water contained in the water distribution network as required, the sodium chloride reservoir, when the sodium chloride concentration measured by the sensor in the drinking water falls below a predetermined threshold, adding a desired amount of sodium chloride to the drinking water so as to produce a desired sodium chloride concentration in the drinking water.
A protective device which includes: an upper leg formation that is attachable to the upper leg of a wearer and that includes an upper lateral pressure formation that presses against the lateral aspect of the wearer's upper leg at a proximal lateral pressure point, when the device is worn; a lower leg formation that is attachable to the lower leg of the same leg of the wearer and that includes a lower lateral pressure formation that presses against the lateral aspect of the wearer's lower leg, at a distal lateral pressure point, when the device is worn; a hinge mechanism that is connected to the upper leg formation and to the lower leg formation, said hinge mechanism being configured to allow pivotal movement between the upper leg formation and the lower leg formation about at least one pivot axis (34,38) that extends generally transverse to the wearer's knee, said hinge mechanism being disposed entirely on the lateral side of the wearer's knee, when the device is worn; and a medial pressure formation (24,62) that forms part of the upper leg formation and that presses against the knee complex at a medial pressure point on the medial aspect of the distal extremity of the femur, when the device is worn; characterised in that said upper lateral pressure formation, medial pressure formation (24,62) and lower lateral pressure formation form a strong, stiff structure which includes the hinge mechanism, said stiff structure applying pressure on the proximal lateral pressure point, the distal lateral pressure point and the medial pressure point that stabilise the knee against valgus stress. an upper leg formation that is attachable to the upper leg of a wearer and that includes an upper lateral pressure formation that presses against the lateral aspect of the wearer's upper leg at a proximal lateral pressure point, when the device is worn; a lower leg formation that is attachable to the lower leg of the same leg of the wearer and that includes a lower lateral pressure formation that presses against the lateral aspect of the wearer's lower leg, at a distal lateral pressure point, when the device is worn; a hinge mechanism that is connected to the upper leg formation and to the lower leg formation, said hinge mechanism being configured to allow pivotal movement between the upper leg formation and the lower leg formation about at least one pivot axis (34,38) that extends generally transverse to the wearer's knee, said hinge mechanism being disposed entirely on the lateral side of the wearer's knee, when the device is worn; and a medial pressure formation (24,62) that forms part of the upper leg formation and that presses against the knee complex at a medial pressure point on the medial aspect of the distal extremity of the femur, when the device is worn; characterised in that said upper lateral pressure formation, medial pressure formation (24,62) and lower lateral pressure formation form a strong, stiff structure which includes the hinge mechanism, said stiff structure applying pressure on the proximal lateral pressure point, the distal lateral pressure point and the medial pressure point that stabilise the knee against valgus stress.
An inkjet recording apparatus performing recording to a recording medium using line heads, wherein the inkjet recording apparatus comprises a rectangular first base plate, a rectangular second base plate, and a plurality of line heads arranged on the first base plate and the second base plate, wherein the first base plate and the second base plate are arranged behind each other in a running direction of a recording medium, wherein longitudinal sides of the first base plate and the second base plate are arranged side by side, wherein a resolution can be changed by finely moving the second base plate to the first base plate in a longitudinal direction, characterized in that a side end of the first base plate that faces the second base plate is in a form of a step having an upper projection portion extending in a longitudinal direction of the first base plate, a side end of the second base plate that faces the first base plate is in a form of a step having a lower projection portion extending in a longitudinal direction of the second base plate, the upper projection portion and the lower projection portion overlap each other vertically so that a lower surface of the upper projection portion and an upper surface of the lower projection portion come into surface contact with each other and a position of the second base plate to the first base plate is located by causing a distal end of the lower projection portion to abut on the side end of the first base plate that faces the second base plate.
Apparatus for printing onto cylindrical structures comprising: a plurality of inker devices (12a-12f) each comprising a print cylinder; a blanket device comprising a plurality of print blankets, in which the blanket device is configured to bring each print blanket into contact with the print cylinders to transfer ink from the print cylinders to the print blanket, and to bring each print blanket into contact with a cylindrical structure to achieve printing thereon; a transporter for transporting the cylindrical structures into and out of contact with the print blankets; characterized in that each inker device comprises one or more servomotors for adjustably controlling the position or orientation of a print cylinder and the apparatus further comprises an automatic print correction system comprising a print inspection device for detecting a misregistration of ink transferred from one or more of the print cylinders onto a print blanket, and a controller for controlling the servomotors of the print cylinders to correct the misregistration in response to data received from the print inspection device. a plurality of inker devices (12a-12f) each comprising a print cylinder; a blanket device comprising a plurality of print blankets, in which the blanket device is configured to bring each print blanket into contact with the print cylinders to transfer ink from the print cylinders to the print blanket, and to bring each print blanket into contact with a cylindrical structure to achieve printing thereon; a transporter for transporting the cylindrical structures into and out of contact with the print blankets; characterized in that each inker device comprises one or more servomotors for adjustably controlling the position or orientation of a print cylinder and the apparatus further comprises an automatic print correction system comprising a print inspection device for detecting a misregistration of ink transferred from one or more of the print cylinders onto a print blanket, and a controller for controlling the servomotors of the print cylinders to correct the misregistration in response to data received from the print inspection device.
A method of diagnosing a malignant disease or survival term thereof, comprising measuring the normalized intensity of biomarker 3-hydroxybutyrate in samples of pleural effusions obtained from a subject in need of diagnosis, and comparing the normalized intensity of the biomarker in the effusions obtained from the subject in need of diagnosis and normalized intensity in effusions obtained from normal or non-diseased subjects, and/or the normalized intensity in effusions obtained from subjects with the disease, and/or the normalized intensity in effusions obtained from subjects having known survival times for subjects with the disease; or comparing the normalized intensity of the biomarker in the effusions obtained from the subject in need of diagnosis to reference normalized intensity values.
A compound semiconductor device being a GaN-based HEMT, comprising: an electron transit layer; a compound semiconductor layer formed over the electron transit layer; an electron supply layer formed between the electron transit layer and the compound semiconductor layer; a gate electrode and a source electrode formed over the compound semiconductor layer; and a drain electrode formed below the electron transit layer, wherein: a recess portion is formed in the compound semiconductor layer inside an area between the source electrode and the gate electrode; and the gate electrode and the source electrode are formed over the same compound semiconductor layer, the compound semiconductor device further comprising: a schottky electrode formed in the recess portion. an electron transit layer; a compound semiconductor layer formed over the electron transit layer; an electron supply layer formed between the electron transit layer and the compound semiconductor layer; a gate electrode and a source electrode formed over the compound semiconductor layer; and a drain electrode formed below the electron transit layer, wherein: a recess portion is formed in the compound semiconductor layer inside an area between the source electrode and the gate electrode; and the gate electrode and the source electrode are formed over the same compound semiconductor layer, a recess portion is formed in the compound semiconductor layer inside an area between the source electrode and the gate electrode; and the gate electrode and the source electrode are formed over the same compound semiconductor layer, the compound semiconductor device further comprising: a schottky electrode formed in the recess portion.
A laser device for projecting a structured light pattern onto a scene, said device being formed of - several arrays of semiconductor lasers, wherein said semiconductor lasers are VCSELs, each array arranged on a separate VCSEL chip, each array comprising an irregular distribution of emission areas of the semiconductor lasers, and one or several imaging optics imaging said arrays to an imaging space and superposing images of said arrays in the imaging space to form said light pattern, characterized in that the irregular distribution of the emission areas deviates from a regular arrangement of the emission areas on the respective VCSEL chip by randomized shifts of the emission areas with respect to a reference position defined by the regular arrangement, the shifts covering a distance of at least an active diameter of the VCSEL. - several arrays of semiconductor lasers, wherein said semiconductor lasers are VCSELs, each array arranged on a separate VCSEL chip, each array comprising an irregular distribution of emission areas of the semiconductor lasers, and