mhurhangee/ep-ind-claims huggingface dataset:
A chair comprising: a leg arrangeable on a floor surface; a leg support pole erected from the leg; a support base provided at an upper end of the leg support pole; a seat arranged above the support base; and a support mechanism interposed between the support base and the seat and configured to support the seat movably in a front-rear direction and a left-right direction, wherein the support mechanism includes a left-right support part and a front-rear support part, and one of the left-right support part and the front-rear support part is attached to the support base and the seat is attached to the other of the left-right support part and the front-rear support part, wherein the support base is attached above the leg support pole, a left-right support portion which configures the left-right support part is arranged from the support base through a pair of right and left support members, a front-rear support portion which configures the front-rear support part is arranged at the left-right support portion through a pair of front and rear support members, and the seat is attached to the front-rear support portion, characterized in that the support base has an arm attachment part, and the support base is attached to the leg support pole, the left-right support portion is arranged below the arm attachment part, the front-rear support portion is arranged above the arm attachment part, and the seat is attached to the front-rear support portion. a leg arrangeable on a floor surface; a leg support pole erected from the leg; a support base provided at an upper end of the leg support pole; a seat arranged above the support base; and a support mechanism interposed between the support base and the seat and configured to support the seat movably in a front-rear direction and a left-right direction, wherein the support mechanism includes a left-right support part and a front-rear support part, and one of the left-right support part and the front-rear support part is attached to the support base and the seat is attached to the other of the left-right support part and the front-rear support part, wherein the support base is attached above the leg support pole, a left-right support portion which configures the left-right support part is arranged from the support base through a pair of right and left support members, a front-rear support portion which configures the front-rear support part is arranged at the left-right support portion through a pair of front and rear support members, and the seat is attached to the front-rear support portion, the support base has an arm attachment part, and the support base is attached to the leg support pole, the left-right support portion is arranged below the arm attachment part, the front-rear support portion is arranged above the arm attachment part, and the seat is attached to the front-rear support portion.
An industrial vehicle, comprising: a cargo handling device disposed on a front part of the vehicle; a counter weight disposed on a rear part of the vehicle; an engine housed in an engine room formed in front of the counter weight inside the vehicle; and an exhaust purifying device disposed inside the engine room and configured to purify exhaust gas of the engine, wherein the engine is suspended and supported at both sides of the engine by brackets mounted to vehicle frames (13a,13b) of the vehicle, wherein the vehicle frames (13a,13b) include a rib protruding in a horizontal direction toward the engine, and, wherein the exhaust purifying device is disposed in a space below the engine, the space being formed by the engine being suspended and supported by the brackets. a cargo handling device disposed on a front part of the vehicle; a counter weight disposed on a rear part of the vehicle; an engine housed in an engine room formed in front of the counter weight inside the vehicle; and an exhaust purifying device disposed inside the engine room and configured to purify exhaust gas of the engine, wherein the engine is suspended and supported at both sides of the engine by brackets mounted to vehicle frames (13a,13b) of the vehicle, wherein the vehicle frames (13a,13b) include a rib protruding in a horizontal direction toward the engine, and, wherein the exhaust purifying device is disposed in a space below the engine, the space being formed by the engine being suspended and supported by the brackets.
A diagnostic apparatus configured to analyse gas derived from a biological sample and to provide as an output a diagnosis, the diagnostic apparatus comprising: a separating element for separating the gas derived from the biological sample into component parts; a sensor configured to detect compounds present in the gas which may be indicative of disease, the sensor being coupled to the separating element such that a component part of the gas is directed towards the sensor; and a processing element coupled to an output of the sensor, the processing element being configured to process a signal output by the sensor to provide the diagnosis; characterised in that the sensor comprises: a substrate having first and second sides; a resistive heater on the first side; electrodes on the second side; and a mixture (48, 50) of zinc oxide and tin oxide applied to the electrodes to allow current to flow between the electrodes. a separating element for separating the gas derived from the biological sample into component parts; a sensor configured to detect compounds present in the gas which may be indicative of disease, the sensor being coupled to the separating element such that a component part of the gas is directed towards the sensor; and a processing element coupled to an output of the sensor, the processing element being configured to process a signal output by the sensor to provide the diagnosis; characterised in that the sensor comprises: a substrate having first and second sides; a resistive heater on the first side; electrodes on the second side; and a mixture (48, 50) of zinc oxide and tin oxide applied to the electrodes to allow current to flow between the electrodes. a substrate having first and second sides; a resistive heater on the first side; electrodes on the second side; and a mixture (48, 50) of zinc oxide and tin oxide applied to the electrodes to allow current to flow between the electrodes.
A method for operating a wind turbine comprising the following steps: • determining a current temperature (T curr) of a rotor blade, • activating and deactivating a rotor blade heating device in dependence upon the determined current temperature (T curr), characterized in that when the current temperature (T curr) is determined, the following steps are carried out: • assuming a temperature starting value (T start), • calculating a change in temperature taking into account at least one predefined characteristic variable for the temperature behavior of the rotor blade and at least one operating parameter of the wind turbine. • determining a current temperature (T curr) of a rotor blade, • activating and deactivating a rotor blade heating device in dependence upon the determined current temperature (T curr), characterized in that when the current temperature (T curr) is determined, the following steps are carried out: • assuming a temperature starting value (T start), • calculating a change in temperature taking into account at least one predefined characteristic variable for the temperature behavior of the rotor blade and at least one operating parameter of the wind turbine.
A set of tools for installation of a stem implant into a bone, comprising: a plurality of stem-shaped broaches of different size, each of the broaches having a distal head and a plurality of cutting teeth along a length thereof, a stem-shaped priming tool having a distal head and a plurality of cutting teeth along a length thereof; characterized in that, the priming tool is shorter than, has more cutting teeth per unit length, and has a sharper distal tip than the smallest broach; and the set of tools further comprises a stem insertion tool having implant stem engagement features for engaging with corresponding engagement features of an implant stem (100, 111) for transmission of forces applied to the stem insertion tool to the stem implant, and wherein said engagement features comprise: a bull nose feature, or a ball configured for snap-fitting into an implant, such as an implant liner of a stem. a plurality of stem-shaped broaches of different size, each of the broaches having a distal head and a plurality of cutting teeth along a length thereof, a stem-shaped priming tool having a distal head and a plurality of cutting teeth along a length thereof; characterized in that, the priming tool is shorter than, has more cutting teeth per unit length, and has a sharper distal tip than the smallest broach; and the set of tools further comprises a stem insertion tool having implant stem engagement features for engaging with corresponding engagement features of an implant stem (100, 111) for transmission of forces applied to the stem insertion tool to the stem implant, and wherein said engagement features comprise: a bull nose feature, or a ball configured for snap-fitting into an implant, such as an implant liner of a stem. a bull nose feature, or a ball configured for snap-fitting into an implant, such as an implant liner of a stem.
An integrated antenna for transmitting or receiving radiation in a frequency range from 100 GHz to 3 THz, characterized in that it comprises: • a conductive ground plane deposited on a so-called top surface of a dielectric or semiconductor substrate; • a conductive ribbon extending above said ground plane and forming an angle (β) therewith, so as to form a radiating structure of the transverse electromagnetic wave horn type; and • a planar waveguide comprising at least first and second conductive strips formed on said top surface of the substrate, and connected respectively to said conductive ribbon and to said conductive ground plane. • a conductive ground plane deposited on a so-called top surface of a dielectric or semiconductor substrate; • a conductive ribbon extending above said ground plane and forming an angle (β) therewith, so as to form a radiating structure of the transverse electromagnetic wave horn type; and • a planar waveguide comprising at least first and second conductive strips formed on said top surface of the substrate, and connected respectively to said conductive ribbon and to said conductive ground plane.
Filtering device, in particular liquid filter, having a hollow-cylindrical filter element inserted in a filter housing, which filter element features end discs (5, 6) at the front faces, wherein a flow opening forming the clean-sided connection is realized in an end disc, characterized in that a connection for the supply or the discharge for the fluid is realized in a cover of the filter housing and that a first sealing element disposed coaxially with regard to a second sealing element in the flow opening in the end disc is realized in the connection in the cover, wherein a radially directed collar is disposed on the cover of the filter housing or on a component connected to the cover for the form-fitting fastening of a pipe connector communicating with the flow opening, which collar can form an axial stop for fastening the pipe connector, wherein the collar on the exterior side of the cover is spaced apart from the latter in such a way that between the cover and the collar an annularly grooved engagement portion opened radially outwardly is formed for a latch, wherein the first sealing element is axially disposed at a height between the collar and the cover.
A vehicle windshield provided with a glass antenna comprising: a glass antenna having an antenna conductor and a power feeder unit; and a light shield black film being formed in a circumferential edge region of the vehicle windshield, and having a convex portion which protrudes inwards in an in-plane direction from a region along an upper side of the vehicle windshield in the circumferential edge region and which is formed in a trapezoidal shape, wherein the power feeder unit is provided in the circumferential edge region close to the convex portion, and wherein the antenna conductor has a first antenna element connected to the power feeder unit directly or via a first connection element, and configured to extend diagonally along a lateral side of the convex portion, and a second antenna element connected to the first antenna element via at least one of the power feeder unit and a second connection element, and configured to extend in parallel with the first antenna element while a predetermined gap is present therebetween. a glass antenna having an antenna conductor and a power feeder unit; and a light shield black film being formed in a circumferential edge region of the vehicle windshield, and having a convex portion which protrudes inwards in an in-plane direction from a region along an upper side of the vehicle windshield in the circumferential edge region and which is formed in a trapezoidal shape, wherein the power feeder unit is provided in the circumferential edge region close to the convex portion, and wherein the antenna conductor has a first antenna element connected to the power feeder unit directly or via a first connection element, and configured to extend diagonally along a lateral side of the convex portion, and a second antenna element connected to the first antenna element via at least one of the power feeder unit and a second connection element, and configured to extend in parallel with the first antenna element while a predetermined gap is present therebetween.
Electrical food preparation appliance comprising a working container enclosing a tool rotated by a motor, a device for heating the contents of the working container and a removable lid that covers the working container, the lid comprising an opening for inserting ingredients into the working container, at least one steam exhaust orifice, and a removable measuring cap accommodated into said opening for inserting ingredients, characterised in that the measuring cap can occupy at least two stable positions in said opening of the lid and in that the movement of the measuring cap from one stable position to the other makes it possible to vary the passage cross-section of the steam exhaust orifice.
A method in a first base station, for scheduling resources in a Time Division Duplex, TDD, wireless network, which wireless network comprises the first base station, acting as serving base station for a user equipment, and a second base station, the method comprising: detecting that the second base station uses a different TDD configuration than the first base station, instructing the user equipment to generate and provide a signal strength measurement report based on a signal received in the user equipment from the second base station, receiving the signal strength measurement report from the user equipment, allocating resources to the user equipment based on the received signal strength measurement report, such that allocation of resources in Time to Transmit Intervals, TTIs, not having the same uplink-downlink direction in the first base station and the second base station respectively, is avoided for the user equipment, when the received signal strength measurement report indicates that avoiding such allocation is appropriate. detecting that the second base station uses a different TDD configuration than the first base station, instructing the user equipment to generate and provide a signal strength measurement report based on a signal received in the user equipment from the second base station, receiving the signal strength measurement report from the user equipment, allocating resources to the user equipment based on the received signal strength measurement report,
A method of detecting payload data encoded into the relative positions of watermarks embedded in an information signal, comprising the steps of: - computing the correlations between each watermark and said signal as a function of the position of said applied watermark with respect to the signal; - determining the relative positions of peaks (31,32) of said correlation functions; characterized in that the method further comprises: - computing (53;64) the resemblance of the correlation function in a window (w 1) around one of said peaks (p 1) to the correlation function in a window (w 2) around another one (p 2) of said peaks, for a plurality of positions of at least one of said windows; and - determining (55; 66) the positions of said windows for which said resemblance has an extreme value; and - detecting said payload data from said relative positions of said windows for which said resemblance has an extreme value and the polarities of the peaks. - computing the correlations between each watermark and said signal as a function of the position of said applied watermark with respect to the signal; - determining the relative positions of peaks (31,32) of said correlation functions; - computing (53;64) the resemblance of the correlation function in a window (w 1) around one of said peaks (p 1) to the correlation function in a window (w 2) around another one (p 2) of said peaks, for a plurality of positions of at least one of said windows; and - determining (55; 66) the positions of said windows for which said resemblance has an extreme value; and - detecting said payload data from said relative positions of said windows for which said resemblance has an extreme value and the polarities of the peaks.
A method for arithmetic expression optimization for instructions that have already been compiled into low level bytecode instructions, comprising: receiving a compiled first instruction defined for a first processor having a first base type, said instruction including an operator and at least one operand; converting said first instruction to a second instruction optimized for a second processor having a second base type when said at least one operand does not carry potential overflow beyond said second base type or when said operator is insensitive to overflow, wherein said second base type is smaller than said first base type; and converting to a wider base type a third instruction that is the source of potential overflow associated with said at least one operand when said at least one operand carries the potential for overflow beyond said second base type and when said operator is sensitive to overflow, said third instruction having been previously optimized, wherein said wider base type is larger than said second base type and smaller or equal to said first base type. receiving a compiled first instruction defined for a first processor having a first base type, said instruction including an operator and at least one operand; converting said first instruction to a second instruction optimized for a second processor having a second base type when said at least one operand does not carry potential overflow beyond said second base type or when said operator is insensitive to overflow, wherein said second base type is smaller than said first base type; and converting to a wider base type a third instruction that is the source of potential overflow associated with said at least one operand when said at least one operand carries the potential for overflow beyond said second base type and when said operator is sensitive to overflow, said third instruction having been previously optimized, wherein said wider base type is larger than said second base type and smaller or equal to said first base type.
Tension torsion strap for a rotor head of a rotary wing aircraft, comprising in direction of a longitudinal axis a first peripheral area with a connection eye, a central section and a second peripheral area with a connection eye, wherein the one-piece tension torsion strap is made of a multiplicity of joined layers (73, 74), characterized in that the tension torsion strap, without attachment of additional components at the body of the tension torsion strap respectively the joined layers (73, 74) shows an overall asymmetric shape relatively to a transverse axis due to two unequally shaped peripheral areas (700, 720), which cannot be brought into alignment when folding around the transverse axis, wherein at one of the peripheral areas (700, 720) an index is formed.
An upright vacuum cleaner, comprising: a main body having arranged therein: a suction chamber; a fan unit operable to reduce the pressure in the suction chamber to a sub-atmospheric level; a first suction duct; a second suction duct; and a valve arrangement operable to establish communication between each of the first and second suction ducts and the suction chamber; a floor nozzle arrangement provided at a first end of the main body and in communication with said first suction duct; an auxiliary nozzle for above-floor cleaning; an extensible and/or collapsible suction hose connecting the auxiliary nozzle to said second suction duct; and handle means projecting from the main body substantially opposite to said first end of the main body, wherein the handle means comprises on its rear side an elongated recess adapted to contain the greater part of the suction hose, characterized in that the vacuum cleaner further comprises on its front side at least one viewing aperture into the recess. a main body having arranged therein: a suction chamber; a fan unit operable to reduce the pressure in the suction chamber to a sub-atmospheric level; a first suction duct; a second suction duct; and a valve arrangement operable to establish communication between each of the first and second suction ducts and the suction chamber; a suction chamber; a fan unit operable to reduce the pressure in the suction chamber to a sub-atmospheric level; a first suction duct; a second suction duct; and a valve arrangement operable to establish communication between each of the first and second suction ducts and the suction chamber; a floor nozzle arrangement provided at a first end of the main body and in communication with said first suction duct; an auxiliary nozzle for above-floor cleaning; an extensible and/or collapsible suction hose connecting the auxiliary nozzle to said second suction duct; and handle means projecting from the main body substantially opposite to said first end of the main body,
A method for producing a prepacked PMMA cement cartridge system which is suitable for mixing and applying a PMMA bone cement dough and in which a powder is stored as a starting component of the bone cement, having the steps providing a cartridge (3, 4, 46, 50) having a cylindrical interior and a discharge piston having an external periphery matching the cylindrical interior, filling the powder into the interior of the cartridge (3, 4, 46, 50), wherein the powder comprises a cement powder as main component for producing the bone cement dough, and the powder additionally comprises a hydrophilic additive, which is distributed in the cement powder, characterized by the steps compressing the powder in the interior of the cartridge (3, 4, 46, 50) between the discharge piston and a wall (7, 74), which delimits the cylindrical interior on a front side, by reducing the distance between the discharge piston and the wall (7, 74) in the interior, locking, supporting or fastening the wall (7, 74) and/or the discharge piston, so that, during the storage of the powder, a mechanical pressure is exerted onto the powder by the wall (7, 74) and the discharge piston, and the powder remains compacted.