mhurhangee/ep-ind-claims huggingface dataset:
A drilling boom of a rock drilling rig comprising: an elongated basic boom part comprising a first end, which is connectable movably to a carrier of the rock drilling rig, and a distal second end; a feed beam assembly comprising at least a feed beam for supporting a rock drilling machine, and which feed beam assembly is located at the second end of the basic boom part; a front joint arrangement which is located between the second end of the basic boom part and the feed beam assembly and comprises three successive and proximate front joints, a first front joint connected to the basic boom part, a third front joint connected to the feed beam assembly and a second front joint being located between the first and third joint; and several boom actuators for moving the drilling boom and the feed beam assembly; whereby the first front joint is a roll-over joint the turning axis of which is parallel to the longitudinal axis of the basic boom part; characterized in that the second front joint is a feed tilt joint the turning axis of which is perpendicular to the turning axis of the roll-over joint; and the third front joint is a feed swing joint the turning axis of which is perpendicular to the turning axis of the feed tilt joint. an elongated basic boom part comprising a first end, which is connectable movably to a carrier of the rock drilling rig, and a distal second end; a feed beam assembly comprising at least a feed beam for supporting a rock drilling machine, and which feed beam assembly is located at the second end of the basic boom part; a front joint arrangement which is located between the second end of the basic boom part and the feed beam assembly and comprises three successive and proximate front joints, a first front joint connected to the basic boom part, a third front joint connected to the feed beam assembly and a second front joint being located between the first and third joint; and several boom actuators for moving the drilling boom and the feed beam assembly; whereby the first front joint is a roll-over joint the turning axis of which is parallel to the longitudinal axis of the basic boom part; characterized in that the second front joint is a feed tilt joint the turning axis of which is perpendicular to the turning axis of the roll-over joint; and the third front joint is a feed swing joint the turning axis of which is perpendicular to the turning axis of the feed tilt joint.
A vehicle installation structure, comprising - an air duct configured to form part of a ventilation system of a vehicle for introducing outside air from an outside space of the vehicle to an inside passenger space of the vehicle, - the air duct comprising a first terminal adapted to couple to an opening in a partition panel of the vehicle which separates the outside space from an inner space of the vehicle, - a fan causing the outside air to flow from the outside space of the vehicle to the inside passenger space of the vehicle, - the air duct comprising a second terminal which is coupled to the fan, - a loudspeaker device comprising a driver and a diaphragm, and which is configured to emit sound towards the passenger space of the vehicle from a first side of the diaphragm, - the loudspeaker device further comprising a housing surrounding a second side of the diaphragm opposite the first side and a communication channel which is configured to allow a back chamber of the housing facing the second side of the diaphragm to communicate with the outside space of the vehicle, - wherein the communication channel of the loudspeaker device is connected to the air duct between the first terminal and the second terminal. - an air duct configured to form part of a ventilation system of a vehicle for introducing outside air from an outside space of the vehicle to an inside passenger space of the vehicle, - the air duct comprising a first terminal adapted to couple to an opening in a partition panel of the vehicle which separates the outside space from an inner space of the vehicle, - a fan causing the outside air to flow from the outside space of the vehicle to the inside passenger space of the vehicle, - the air duct comprising a second terminal which is coupled to the fan, - a loudspeaker device comprising a driver and a diaphragm, and which is configured to emit sound towards the passenger space of the vehicle from a first side of the diaphragm, - the loudspeaker device further comprising a housing surrounding a second side of the diaphragm opposite the first side and a communication channel which is configured to allow a back chamber of the housing facing the second side of the diaphragm to communicate with the outside space of the vehicle, - wherein the communication channel of the loudspeaker device is connected to the air duct between the first terminal and the second terminal.
A motor vehicle soundproofing part, including: - a base body made from foam, the base body having shaping reliefs; - a surface layer, applied on the base body, the surface layer including a plurality of through perforations and airtight regions between the perforations; each perforation having a transverse dimension smaller than 1.5 mm, advantageously smaller than 1 mm, in particular comprised between 0.1 mm and 0.5 mm, characterized in that the surface density of perforations is greater than 20 perforations per square centimeter and is in particular comprised between 50 perforations per square centimeter and 600 perforations per square centimeter, in particular comprised between 50 perforations per square centimeter and 500 perforations per square centimeter, and in that the resistance to the passage of air of the surface layer provided with the perforations is greater than 250 N.s.m -3, and the surface layer being a skin formed in one piece with the foam layer. - a base body made from foam, the base body having shaping reliefs; - a surface layer, applied on the base body, the surface layer including a plurality of through perforations and airtight regions between the perforations; each perforation having a transverse dimension smaller than 1.5 mm, advantageously smaller than 1 mm, in particular comprised between 0.1 mm and 0.5 mm, characterized in that the surface density of perforations is greater than 20 perforations per square centimeter and is in particular comprised between 50 perforations per square centimeter and 600 perforations per square centimeter, in particular comprised between 50 perforations per square centimeter and 500 perforations per square centimeter, and in that the resistance to the passage of air of the surface layer provided with the perforations is greater than 250 N.s.m -3, and the surface layer being a skin formed in one piece with the foam layer.
Subframe of a front or rear chassis section of a motor vehicle, having two longitudinal supports which are separated from one another in the transverse direction of the motor vehicle and are connected to one another by means of at least one transverse support, wherein the subframe has a stiffening structure for increasing the torsional stiffness, characterised in that a charging module for contactless energy transmission is integrated into the stiffening structure.
A registration processing method, characterized by comprising: accessing, by a user equipment, UE, a non-3GPP network; discovering, by the UE, an evolved network; deciding, by the UE, to initiate handover; identifying, by the UE, a registration type before initiating registration into the evolved network; sending, by the UE, a registration request message to a Mobility Management Entity, MME, to report a registration processing type information corresponding to the identified registration type, wherein reporting a registration processing type information corresponding to the identified registration type comprises: an indication bit is added in an Attach Request message to indicates that the Attach Request message is caused by handover. accessing, by a user equipment, UE, a non-3GPP network; discovering, by the UE, an evolved network; deciding, by the UE, to initiate handover; identifying, by the UE, a registration type before initiating registration into the evolved network; sending, by the UE, a registration request message to a Mobility Management Entity, MME, to report a registration processing type information corresponding to the identified registration type, wherein reporting a registration processing type information corresponding to the identified registration type comprises: an indication bit is added in an Attach Request message to indicates that the Attach Request message is caused by handover.
A grommet, comprising: a body defining a longitudinal axis and having a wall, the wall defining an inner surface; a collar extending from the body and away from the longitudinal axis; a plurality of arms extending from the body at a flexure joint, each of the plurality of arms including an inner surface that is flush with the inner surface of the wall in a first state, an angled surface, and a first engagement ramp, wherein the arms are movable between the first state and a second state at the flexure joint, wherein the first engagement ramps interrupt the angled surfaces of the arms, and wherein the first engagement ramps are configured to receive second engagement ramps along a grommet removal tool, characterized in that the grommet further comprises a plurality of legs extending from the body and the plurality of legs comprise inwardly canted tips that are angled toward the longitudinal axis. a body defining a longitudinal axis and having a wall, the wall defining an inner surface; a collar extending from the body and away from the longitudinal axis; a plurality of arms extending from the body at a flexure joint, each of the plurality of arms including an inner surface that is flush with the inner surface of the wall in a first state, an angled surface, and a first engagement ramp, wherein the arms are movable between the first state and a second state at the flexure joint, wherein the first engagement ramps interrupt the angled surfaces of the arms, and wherein the first engagement ramps are configured to receive second engagement ramps along a grommet removal tool, characterized in that the grommet further comprises a plurality of legs extending from the body and the plurality of legs comprise inwardly canted tips that are angled toward the longitudinal axis.
A light-emitting device comprising: an light-emitting diode chip which emits a visible light and has a gallium nitride based semiconductor; and a transparent material, which is a coating material that coats said LED chip, containing a phosphor being capable of absorbing a part of a first light of blue color emitted from the LED chip and emitting a second light having a longer main emission wavelength than that of the absorbed first light, wherein said phosphor comprises a garnet fluorescent material activated with cerium containing at least one element selected from Y, Lu, Sc, La, Gd and Sm and at least one element selected from Al, Ga and In; wherein said second light emitted from said phosphor and said first light passed through said phosphor are capable of overlapping with each other to make white light; and wherein a concentration of said phosphor increases from the surface of said coating material toward said LED chip. an light-emitting diode chip which emits a visible light and has a gallium nitride based semiconductor; and a transparent material, which is a coating material that coats said LED chip, containing a phosphor being capable of absorbing a part of a first light of blue color emitted from the LED chip and emitting a second light having a longer main emission wavelength than that of the absorbed first light, wherein said phosphor comprises a garnet fluorescent material activated with cerium containing at least one element selected from Y, Lu, Sc, La, Gd and Sm and at least one element selected from Al, Ga and In; wherein said second light emitted from said phosphor and said first light passed through said phosphor are capable of overlapping with each other to make white light; and wherein a concentration of said phosphor increases from the surface of said coating material toward said LED chip.
An electronic device comprising: a plurality of radio network interfaces (131 to 139) configured to access a service provider; and a multi-interface handler configured to: receive, via a plurality of radio network interfaces (131 to 139), contents including a plurality of parts from the service provider; and if one part of the contents is completely received via one radio network interface among the plurality of radio network interfaces (131 to 139), receive remaining contents of the another part of the contents via the plurality of radio network interfaces (131 to 139), wherein the multi-interface handler is configured to re-divide the remaining contents of the another part of the contents based on a throughput of each of the plurality of radio network interfaces (131 to 139). a plurality of radio network interfaces (131 to 139) configured to access a service provider; and a multi-interface handler configured to: receive, via a plurality of radio network interfaces (131 to 139), contents including a plurality of parts from the service provider; and if one part of the contents is completely received via one radio network interface among the plurality of radio network interfaces (131 to 139), receive remaining contents of the another part of the contents via the plurality of radio network interfaces (131 to 139), receive, via a plurality of radio network interfaces (131 to 139), contents including a plurality of parts from the service provider; and if one part of the contents is completely received via one radio network interface among the plurality of radio network interfaces (131 to 139), receive remaining contents of the another part of the contents via the plurality of radio network interfaces (131 to 139), wherein the multi-interface handler is configured to re-divide the remaining contents of the another part of the contents based on a throughput of each of the plurality of radio network interfaces (131 to 139).
A cutting tool comprising: a top blade; a bottom blade pivotally coupled to the top blade, wherein the top blade and the bottom blade together perform a cutting action on an object placed therebetween; a first handle operatively coupled with the top blade, wherein the first handle defines a front portion and a back portion; and a second handle operatively coupled with the bottom blade; characterized in that: in closed position of the cutting tool, at least a part of the second handle at least partially encloses the back portion of the first handle. a top blade; a bottom blade pivotally coupled to the top blade, wherein the top blade and the bottom blade together perform a cutting action on an object placed therebetween; a first handle operatively coupled with the top blade, wherein the first handle defines a front portion and a back portion; and a second handle operatively coupled with the bottom blade; characterized in that: in closed position of the cutting tool, at least a part of the second handle at least partially encloses the back portion of the first handle.
A servo valve comprising: a fluid transfer valve assembly comprising a supply port and a control port (PA, PB); a moveable valve spool arranged to regulate flow of fluid from the supply port to the control port in response to a control signal; and a drive means configured to axially move the valve spool relative to the fluid transfer assembly in response to the control signal to regulate the fluid flow; wherein the drive means comprises an elongate member arranged to rotate in response to the control signal, the elongate member having a cam profile in the fluid flow path such as to vary the pressure acting on the ends of the spool as the cam profile rotates; wherein the valve spool comprises: first and second chambers (11a, 11b), each chamber provided with a nozzle (4a, 4b) through which fluid from the supply port flows, wherein the elongate member is positioned between the nozzle of the first chamber and the nozzle of the second chamber such that rotation of the cam profile varies the flow of fluid through the nozzles; wherein the elongate member is a cylindrical element; and characterised in that the cylindrical element has a flattened portion defining the cam profile. a fluid transfer valve assembly comprising a supply port and a control port (PA, PB); a moveable valve spool arranged to regulate flow of fluid from the supply port to the control port in response to a control signal; and a drive means configured to axially move the valve spool relative to the fluid transfer assembly in response to the control signal to regulate the fluid flow; wherein the drive means comprises an elongate member arranged to rotate in response to the control signal, the elongate member having a cam profile in the fluid flow path such as to vary the pressure acting on the ends of the spool as the cam profile rotates; wherein the valve spool comprises: first and second chambers (11a, 11b), each chamber provided with a nozzle (4a, 4b) through which fluid from the supply port flows, wherein the elongate member is positioned between the nozzle of the first chamber and the nozzle of the second chamber such that rotation of the cam profile varies the flow of fluid through the nozzles; wherein the elongate member is a cylindrical element; and characterised in that the cylindrical element has a flattened portion defining the cam profile.
Cosmetic composition comprising, in a cosmetically acceptable medium: - one or more polysaccharides of lambda-carrageenan type, and - inorganic particles chosen from the particles comprising at least 10% by weight of one or more silicates. - one or more polysaccharides of lambda-carrageenan type, and - inorganic particles chosen from the particles comprising at least 10% by weight of one or more silicates.
A balloon extending generally axially from an opening at a first end, the balloon comprising: an elastomeric film having a first thickness; and a plurality of ribs of a second, greater thickness formed on the film, characterised in that said ribs are adapted so as to be angled with respect to the axis of the balloon and any axis perpendicular thereto.
A textile electrode device, comprising: a substrate, designed to be positioned on the skin of a subject; at least a first detection electrode arranged on the substrate and configured to detect electrophysiological signals from the skin of the subject; and at least a first conducting element, carried by the substrate and electrically connected to the first detection electrode, characterized in that the first detection electrode is obtained by means of the flocking technique and comprises a first plurality of textile fibres, of an electrically conductive material, arranged in a direction substantially orthogonal to an upper surface of the substrate and reciprocally in contact with each other.
A pixel cell circuit (30, 40) comprising: • at least one electrode (33, 43); • at least one main photosensitive element (32a, 32b, 42a, 42b) electrically coupled to the said electrode (33, 43) for outputting a stimulation signal to the electrode (33, 43) in response to light illumination; • a shunt arrangement; wherein the pixel cell circuit is characterized in that the shunt arrangement comprises: ∘ a shunt switch (31, 41) electrically coupled in parallel across the one or more main photosensitive element (32a, 32b, 42a, 42b), and ∘ a control arrangement (34, 44) operatively coupled to the shunt switch (31, 41) and configured for placing the shunt switch (31, 41) in an open state responsive to incident light received at the pixel cell and placing the shunt switch (31, 41) in a closed state if no incident light is received at the pixel cell. • at least one electrode (33, 43); • at least one main photosensitive element (32a, 32b, 42a, 42b) electrically coupled to the said electrode (33, 43) for outputting a stimulation signal to the electrode (33, 43) in response to light illumination; • a shunt arrangement; wherein the pixel cell circuit is characterized in that the shunt arrangement comprises: ∘ a shunt switch (31, 41) electrically coupled in parallel across the one or more main photosensitive element (32a, 32b, 42a, 42b), and ∘ a control arrangement (34, 44) operatively coupled to the shunt switch (31, 41) and configured for placing the shunt switch (31, 41) in an open state responsive to incident light received at the pixel cell and placing the shunt switch (31, 41) in a closed state if no incident light is received at the pixel cell. ∘ a shunt switch (31, 41) electrically coupled in parallel across the one or more main photosensitive element (32a, 32b, 42a, 42b), and ∘ a control arrangement (34, 44) operatively coupled to the shunt switch (31, 41) and configured for placing the shunt switch (31, 41) in an open state responsive to incident light received at the pixel cell and placing the shunt switch (31, 41) in a closed state if no incident light is received at the pixel cell.
A home bus system, HBS, circuit, characterized by being applicable to home bus, HB, communication implemented through a control chip without a synchronization clock I/O port, wherein the circuit comprises: the control chip having a serial peripheral interface output pin, and an HBS communication chip having an input pin,,wherein the SPI output pin is coupled to the input pin of the HBS communication chip wherein the control chip is configured to transmit a SPI signal, for simulating a a universal asynchronous receiver/transmitter, UART, signal modulated by a synchronization clock signal, through the SPI output pin. the control chip having a serial peripheral interface output pin, and an HBS communication chip having an input pin,,wherein the SPI output pin is coupled to the input pin of the HBS communication chip wherein the control chip is configured to transmit a SPI signal, for simulating a a universal asynchronous receiver/transmitter, UART, signal modulated by a synchronization clock signal, through the SPI output pin.
A gas flowmeter comprising: a device body which accommodates a fluid to be measured; an inlet pipe through which the fluid to be measured flows into the device body; an outlet pipe through which the fluid to be measured flows out from the device body through a connecting pipe; an ultrasonic flow rate measuring unit which has a first end side connected to the connecting pipe and performs flow rate measurement of the fluid to be measured which flows in the ultrasonic flow rate measuring unit; the connecting pipe which is disposed between the ultrasonic flow rate measuring unit and the outlet pipe, and is connected to the outlet pipe; and a support member (10; 19; 25; 31; 35; 46) which supports a second end side of the ultrasonic flow rate measuring unit, characterized in that the device body is configured by an upper case and a lower case; and the support member (10; 19; 25; 31; 35; 46) is held by holding portion formed on a contact portion between the upper case and the lower case. a device body which accommodates a fluid to be measured; an inlet pipe through which the fluid to be measured flows into the device body; an outlet pipe through which the fluid to be measured flows out from the device body through a connecting pipe; an ultrasonic flow rate measuring unit which has a first end side connected to the connecting pipe and performs flow rate measurement of the fluid to be measured which flows in the ultrasonic flow rate measuring unit; the connecting pipe which is disposed between the ultrasonic flow rate measuring unit and the outlet pipe, and is connected to the outlet pipe; and a support member (10; 19; 25; 31; 35; 46) which supports a second end side of the ultrasonic flow rate measuring unit, characterized in that the device body is configured by an upper case and a lower case; and the support member (10; 19; 25; 31; 35; 46) is held by holding portion formed on a contact portion between the upper case and the lower case.