mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless terminal comprising: a position information acquisition unit configured to acquire, using a global positioning system, GPS, a latitude and a longitude as position information of the wireless terminal; a search parameter determination unit configured to determine a search parameter for searching for a search target wireless terminal based on preliminarily set correspondence relation from the position information; and a search processing unit configured to perform search processing based on the determined search parameter and to discover the search target wireless terminal; wherein the search parameter determination unit is adapted to cluster and to use the position information in given granularity and to uniquely map a latitude and a longitude on any of social channels defined by WiFi Direct. a position information acquisition unit configured to acquire, using a global positioning system, GPS, a latitude and a longitude as position information of the wireless terminal; a search parameter determination unit configured to determine a search parameter for searching for a search target wireless terminal based on preliminarily set correspondence relation from the position information; and a search processing unit configured to perform search processing based on the determined search parameter and to discover the search target wireless terminal; wherein the search parameter determination unit is adapted to cluster and to use the position information in given granularity and to uniquely map a latitude and a longitude on any of social channels defined by WiFi Direct.
A power machine comprising: a frame comprising a lower frame portion and an upper frame portion , the upper frame portion rotatably mounted on the lower frame portion and configured to be rotated relative to the lower frame portion; a first lift arm structure having a boom pivotably coupled to the upper frame portion at a first pivot joint ; a boom actuator pivotally coupled between the boom and the upper frame portion at a second pivot joint and operable to raise and lower the boom relative to the upper frame portion along a first path as the boom actuator raises and lowers the boom, the second pivot joint being positioned lower than the first pivot joint; a second lift arm pivotably coupled to the lower frame portion; a lower lift arm actuator coupled between the second lift arm and the lower frame portion and configured to raise and lower the second lift arm relative to the lower frame portion; an implement mounted to the second lift arm and configured to be raised and lowered with the lower lift arm by the lower lift arm actuator, a surface of the implement moving along a second path as the second lift arm is raised and lowered by the lower lift arm actuator, wherein the first path of the boom and the second path of the surface of the implement can intersect; and a stop positioned and oriented to receive contact between the boom and the surface of the implement as the boom moves along the first path and the surface of the implement moves along the second path to prevent contact between the boom actuator and the implement. a frame comprising a lower frame portion and an upper frame portion , the upper frame portion rotatably mounted on the lower frame portion and configured to be rotated relative to the lower frame portion; a first lift arm structure having a boom pivotably coupled to the upper frame portion at a first pivot joint ; a boom actuator pivotally coupled between the boom and the upper frame portion at a second pivot joint and operable to raise and lower the boom relative to the upper frame portion along a first path as the boom actuator raises and lowers the boom, the second pivot joint being positioned lower than the first pivot joint; a second lift arm pivotably coupled to the lower frame portion; a lower lift arm actuator coupled between the second lift arm and the lower frame portion and configured to raise and lower the second lift arm relative to the lower frame portion; an implement mounted to the second lift arm and configured to be raised and lowered with the lower lift arm by the lower lift arm actuator, a surface of the implement moving along a second path as the second lift arm is raised and lowered by the lower lift arm actuator, wherein the first path of the boom and the second path of the surface of the implement can intersect; and a stop positioned and oriented to receive contact between the boom and the surface of the implement as the boom moves along the first path and the surface of the implement moves along the second path to prevent contact between the boom actuator and the implement.
A positive-working lithographic printing plate precursor which comprises on a support having a hydrophilic surface or which is provided with a hydrophilic layer, a heat and/or light-sensitive coating including an infrared absorbing compound, characterized in that the infrared absorbing compound has a structure according to Formula IV : wherein A represents -S-R 1 wherein R 1 represents a substituted alkyl, aralkyl, alkaryl, cycloalkyl, alkenyl, alkynyl, aryl or heteroaryl group, and/or combinations thereof; and wherein the alkyl, aralkyl, alkaryl, cycloalkyl, alkenyl, alkynyl, aryl or heteroaryl group is substituted with a thioalkyl group, a thioaryl group, thioheteroaryl, -SH or a thioether group; Q = -CHR ' -CHR " -, -CR ' =CR " - or -CHR ' -CHR " -CHR "' - and R', R" and R "' independently represent hydrogen, an alkyl, cycloalkyl, aralkyl, alkaryl, aryl or heteroaryl group, or R' and R" or R" and R"'form together a cyclic structure; T and T' independently represent hydrogen, alkyl, halogen, alkoxy, cyano, -CO 2 R n , -CONR k R m , -SO 2 R n , -SO 2 NR o R p or an optionally substituted annulated benzo ring wherein R k , R m represent hydrogen, an optionally substituted alkyl or aryl group, R n represents an optionally substituted alkyl or aryl group and R o and R p represent hydrogen, an optionally substituted alkyl or aryl group; R z and R z ' independently represent an optionally substituted alkyl group; Z and Z' independently represent -S-, -CH=CH- or -CR a R b -; R a and R b represent an optionally substituted alkyl, aralkyl, alkaryl or aryl group; and W - renders the chromophoric group neutral. A represents -S-R 1 wherein R 1 represents a substituted alkyl, aralkyl, alkaryl, cycloalkyl, alkenyl, alkynyl, aryl or heteroaryl group, and/or combinations thereof; and wherein the alkyl, aralkyl, alkaryl, cycloalkyl, alkenyl, alkynyl, aryl or heteroaryl group is substituted with a thioalkyl group, a thioaryl group, thioheteroaryl, -SH or a thioether group; Q = -CHR ' -CHR " -, -CR ' =CR " - or -CHR ' -CHR " -CHR "' - and R', R" and R "' independently represent hydrogen, an alkyl, cycloalkyl, aralkyl, alkaryl, aryl or heteroaryl group, or R' and R" or R" and R"'form together a cyclic structure; T and T' independently represent hydrogen, alkyl, halogen, alkoxy, cyano, -CO 2 R n , -CONR k R m , -SO 2 R n , -SO 2 NR o R p or an optionally substituted annulated benzo ring wherein R k , R m represent hydrogen, an optionally substituted alkyl or aryl group, R n represents an optionally substituted alkyl or aryl group and R o and R p represent hydrogen, an optionally substituted alkyl or aryl group; R z and R z ' independently represent an optionally substituted alkyl group; Z and Z' independently represent -S-, -CH=CH- or -CR a R b -; R a and R b represent an optionally substituted alkyl, aralkyl, alkaryl or aryl group; and W - renders the chromophoric group neutral.
Method for regulating a three-phase three-level inverter , wherein - phase currents (i U , i V , i W ) of the three-level inverter are regulated with a direct hysteresis current regulation on the basis of a number of space phasors (U 0 to U 26 ) forming a space phasor group, and - a central point voltage (U m ) of a DC-side intermediate circuit of the three-level inverter is regulated by the space phasor group used to regulate the phase currents (i U , i V , i W ) being selected from a number of space phasor groups which are redundant with respect to one another as a function of the central point voltage (U m ), characterised in that in order to regulate the central point voltage (U m ) a hysteresis window is predetermined for the central point voltage (U m ) and if the central point voltage ((U m ) leaves the hysteresis window, another space phasor group is selected as a previously used space phasor group from the space phasor groups, which are redundant with respect to one another, for regulating the phase currents (i U , i V , i W ) in order to feed the central point voltage (U m ) back into the hysteresis window. - phase currents (i U , i V , i W ) of the three-level inverter are regulated with a direct hysteresis current regulation on the basis of a number of space phasors (U 0 to U 26 ) forming a space phasor group, and - a central point voltage (U m ) of a DC-side intermediate circuit of the three-level inverter is regulated by the space phasor group used to regulate the phase currents (i U , i V , i W ) being selected from a number of space phasor groups which are redundant with respect to one another as a function of the central point voltage (U m ),
A calendering roll for a calendering roll press for manufacturing a dry electrode, the calendering roll comprising: a cylindrical roll main body installed to extend in a width direction of an electrode sheet ; and a roll driving shaft disposed to pass through a center axis of the cylindrical roll main body in a longitudinal direction; and a plurality of oil paths provided in the cylindrical roll main body that pass through the cylindrical roll main body in the longitudinal direction, wherein the plurality of oil paths are disposed between the roll driving shaft and an exterior of the cylindrical roll main body ; characterised in that an interval between the plurality of oil paths and the roll driving shaft is largest at both sides of the cylindrical roll main body in the longitudinal direction and is smallest at a center portion of the cylindrical roll main body in the longitudinal direction. a cylindrical roll main body installed to extend in a width direction of an electrode sheet ; and a roll driving shaft disposed to pass through a center axis of the cylindrical roll main body in a longitudinal direction; and a plurality of oil paths provided in the cylindrical roll main body that pass through the cylindrical roll main body in the longitudinal direction, wherein the plurality of oil paths are disposed between the roll driving shaft and an exterior of the cylindrical roll main body ; characterised in that an interval between the plurality of oil paths and the roll driving shaft is largest at both sides of the cylindrical roll main body in the longitudinal direction and is smallest at a center portion of the cylindrical roll main body in the longitudinal direction.
An optical transmitter of an optical data transmission system for transmitting data through an optical fiber transmission path , the optical transmitter comprising: a main signal generator configured to convert first transmission data into a predetermined signal format to generate a first signal; a Differential Code Shift Keying, DCSK, modulator (26; 26a) configured to DCSK-modulate second transmission data using a pseudo-random sequence to generate a second signal having a same spectrum as the first signal, the pseudo-random sequence having a same baud rate as a first baud rate at which the first signal is generated, and the second transmission data being modulated at a second baud rate lower than the first baud rate; a signal-multiplexer configured to perform time-division multiplexing of the first signal and the second signal; and an electro-optical converter configured to convert a multiplexed signal obtained by the time-division multiplexing of the signal-multiplexer from an electric signal into an optical signal, and output the optical signal to the optical fiber transmission path. a main signal generator configured to convert first transmission data into a predetermined signal format to generate a first signal; a Differential Code Shift Keying, DCSK, modulator (26; 26a) configured to DCSK-modulate second transmission data using a pseudo-random sequence to generate a second signal having a same spectrum as the first signal, the pseudo-random sequence having a same baud rate as a first baud rate at which the first signal is generated, and the second transmission data being modulated at a second baud rate lower than the first baud rate; a signal-multiplexer configured to perform time-division multiplexing of the first signal and the second signal; and an electro-optical converter configured to convert a multiplexed signal obtained by the time-division multiplexing of the signal-multiplexer from an electric signal into an optical signal, and output the optical signal to the optical fiber transmission path.
Wheel chock for blocking a stationary wheel, which wheel chock comprises a floor surface for resting on a floor and a wheel surface for contacting the wheel, the wheel surface being provided at an angle to the floor surface for blocking the wheel, and the floor surface and the wheel surface being interconnected via a hinge and being foldable, - a locking device being movably arranged on the floor surface and/or the wheel surface , which device, in a locking position, locks the floor surface and the wheel surface in an unfolded, angled state, - the locking device comprising a rigid locking surface and at least one support beam which, at one end, is mounted on the locking surface in an articulated manner and, at the other end, is mounted on the floor or wheel surface (1; 2) in an articulated manner, so that, in a folding position, the locking surface is arranged at least approximately in parallel with the floor or wheel surface (1; 2) and, in the locking position, the locking surface , the support beam and the floor or wheel surface (1; 2) are arranged in a triangular manner, characterized in that - the hinge forms an abutment between the floor surface and the wheel surface , so that in the locking position the locking surface abuts the hinge with one end , and in the folding position said end is remote from the hinge . - a locking device being movably arranged on the floor surface and/or the wheel surface , which device, in a locking position, locks the floor surface and the wheel surface in an unfolded, angled state, - the locking device comprising a rigid locking surface and at least one support beam which, at one end, is mounted on the locking surface in an articulated manner and, at the other end, is mounted on the floor or wheel surface (1; 2) in an articulated manner, so that, in a folding position, the locking surface is arranged at least approximately in parallel with the floor or wheel surface (1; 2) and, in the locking position, the locking surface , the support beam and the floor or wheel surface (1; 2) are arranged in a triangular manner, characterized in that - the hinge forms an abutment between the floor surface and the wheel surface , so that in the locking position the locking surface abuts the hinge with one end , and in the folding position said end is remote from the hinge .
Parting device, in particular trimming device, having a multi-member programmable robot and a parting tool wherein the robot is formed as a tactile force-/torque-controlled robot, wherein the parting tool is formed as a knife, wherein the parting device has an edge-sensing sensor integrated in the robot , which sensor has at least one force and/or torque sensor on a robot axis (I - VII) and is suitable for detecting a reference point on the workpiece , in particular an edge, and wherein the robot and/or the parting tool is/are designed to generate a vibrational movement in the feed direction.
Storage and retrieval device for a pallet storage system having at least one racking system and having at least one floor rail for moving the storage and retrieval device , wherein the storage and retrieval device comprises - a base body , - at least one linear guide that is outwardly disposed on the base body , - at least one vertical guide provided at the base body for moving the linear guide in a vertical direction along the base body , and - at least one carriage provided on the linear guide for receiving, removing and/or holding transported products, wherein the base body is rotatably arranged, in particular by 360°, about the vertical axis, characterized in that the linear guide is formed in a telescopic manner and externally coupled to the base body via the vertical guide, so that the linear guide is tangentially-linearly movable on the base body . - a base body , - at least one linear guide that is outwardly disposed on the base body , - at least one vertical guide provided at the base body for moving the linear guide in a vertical direction along the base body , and - at least one carriage provided on the linear guide for receiving, removing and/or holding transported products, wherein the base body is rotatably arranged, in particular by 360°, about the vertical axis, characterized in that the linear guide is formed in a telescopic manner and externally coupled to the base body via the vertical guide, so that the linear guide is tangentially-linearly movable on the base body .
A drill string rod to form part of an assembly of connected such drill string rods , the drill string rod comprising: an elongate central rod portion extending axially between a male end and a female end , wherein the central rod portion is hollow-cylindrical defined by an inner first diameter (d rod ) and an outer second diameter (D rod ), wherein the male end comprises a spigot , wherein the spigot comprises a base projecting axially from a shoulder that axially separates the spigot and the central rod portion , wherein the female end comprises a sleeve portion configured to fit to the spigot , wherein the base is provided with an outer thread and wherein the sleeve portion is provided with an inner thread, wherein the inner thread corresponds to the outer thread such that the inner thread of the sleeve portion is attachable to the outer thread of the base of the spigot of a further drill string rod of the assembly , wherein, in a radial plane (P) to the longitudinal axis of the drill string rod , the base of the spigot is defined by an outer third diameter (D spigot ) and an inner fourth diameter (d spigot ) and the sleeve portion is defined by an outer fifth diameter (D sleeve ) and an inner sixth diameter (d sleeve ), wherein the second diameter (D rod ) between 30-60 mm, wherein: C sleeve = D rod ⋅ D sleeve 4 − d sleeve 4 D sleeve ⋅ D rod 4 − d rod 4 C spigot = D rod ⋅ D spigot 4 − d spigot 4 D spigot ⋅ D rod 4 − d rod 4 wherein, and wherein C sleeve > 2.0 or C spigot > 0.6. an elongate central rod portion extending axially between a male end and a female end , wherein the central rod portion is hollow-cylindrical defined by an inner first diameter (d rod ) and an outer second diameter (D rod ), wherein the male end comprises a spigot , wherein the spigot comprises a base projecting axially from a shoulder that axially separates the spigot and the central rod portion , wherein the female end comprises a sleeve portion configured to fit to the spigot , wherein the base is provided with an outer thread and wherein the sleeve portion is provided with an inner thread, wherein the inner thread corresponds to the outer thread such that the inner thread of the sleeve portion is attachable to the outer thread of the base of the spigot of a further drill string rod of the assembly , wherein, in a radial plane (P) to the longitudinal axis of the drill string rod , the base of the spigot is defined by an outer third diameter (D spigot ) and an inner fourth diameter (d spigot ) and the sleeve portion is defined by an outer fifth diameter (D sleeve ) and an inner sixth diameter (d sleeve ), wherein the second diameter (D rod ) between 30-60 mm, wherein: C sleeve = D rod ⋅ D sleeve 4 − d sleeve 4 D sleeve ⋅ D rod 4 − d rod 4 C spigot = D rod ⋅ D spigot 4 − d spigot 4 D spigot ⋅ D rod 4 − d rod 4 wherein, and wherein C sleeve > 2.0 or C spigot > 0.6.
An electronic price, inventory management and label system, wherein the system comprises: an electronic label system, which comprises at least one base station and electronic labels , which are configured to communicate with the base station using two way communication, means for reading remotely readable tags, such as RFID-tags , which tags are attached to products , wherein a certain electronic label comprises a unique identification code and this code is used to link the certain electronic label to certain product(s) and to remotely readable tag(s) of certain product(s) , and the system is configured to detect the number of certain product in a space within a coverage area of one base station or within a coverage area of all base stations by using the means for reading remotely readable tags, and the system is configured to determine the location of these products based on the location of the electronic label linked to the product , wherein the means for reading remotely readable tags is configured to use the antenna of the base station of the electronic label system, wherein the system is configured to provide an alarm or notification if the determined number of certain product in the store and/or warehouse is below a predefined limit, and the alarm and/or notification is configured to be provided to an external system and/or handheld device with information about the location of the electronic label . an electronic label system, which comprises at least one base station and electronic labels , which are configured to communicate with the base station using two way communication, means for reading remotely readable tags, such as RFID-tags , which tags are attached to products , wherein a certain electronic label comprises a unique identification code and this code is used to link the certain electronic label to certain product(s) and to remotely readable tag(s) of certain product(s) , and the system is configured to detect the number of certain product in a space within a coverage area of one base station or within a coverage area of all base stations by using the means for reading remotely readable tags, and the system is configured to determine the location of these products based on the location of the electronic label linked to the product , wherein the means for reading remotely readable tags is configured to use the antenna of the base station of the electronic label system, wherein the system is configured to provide an alarm or notification if the determined number of certain product in the store and/or warehouse is below a predefined limit, and the alarm and/or notification is configured to be provided to an external system and/or handheld device with information about the location of the electronic label .