mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic circuit having a hydraulic pressure-control valve provided for controlling, especially for reducing, the pressure at a control pressure port, having - at least one movable actuator, the end faces of which are subjectable to pressure, - at least one compression spring which is supported on the actuator and against which the pressure force arising from the pressure (p v) at the control pressure port acts, - a first pressure chamber connected to a high-pressure source via a high-pressure port of the hydraulic circuit, - a second pressure chamber connected to a low-pressure source via a low-pressure port of the hydraulic circuit, and - a third pressure chamber connected to a consumer via the control pressure port of the hydraulic circuit, characterised in that on one of the end faces of the actuator there is provided a device which is subjectable to the pressure present at at least one reference pressure port of the hydraulic circuit, and the at least one pressure force resulting from that application of pressure is transmissible to the actuator and is directed in the same direction or the opposite direction to the force acting on the actuator that results from the application of pressure at the control pressure port. - at least one movable actuator, the end faces of which are subjectable to pressure, - at least one compression spring which is supported on the actuator and against which the pressure force arising from the pressure (p v) at the control pressure port acts, - a first pressure chamber connected to a high-pressure source via a high-pressure port of the hydraulic circuit, - a second pressure chamber connected to a low-pressure source via a low-pressure port of the hydraulic circuit, and - a third pressure chamber connected to a consumer via the control pressure port of the hydraulic circuit,
A seat pan assembly, comprising: a fixed seat pan frame; and a seat pan pivotally supported on the fixed seat pan frame, the seat pan having a pivot axis established through a width of the seat pan such that the seat pan is free to pivot relative to the fixed seat pan frame between substantially horizontal and an angle to horizontal, wherein the fixed seat pan frame comprises parallel, spaced left-side and right-side rails (44, 46), each of the left-side and right-side rails defining a substantially horizontal forward portion and a rear portion at said angle to horizontal, characterized in that the left-side and right-side rails (44, 46) are shaped to limit the pivoting range of motion of the seat pan relative to the fixed seat pan frame, and wherein, in use, the passenger's center of gravity is shifted aft of the pivot point of the seat pan to move the seat pan down in the back and up in the front, and is shifted forward of the pivot point to move the seat pan angle toward zero degrees, or to a predetermined angle. a fixed seat pan frame; and a seat pan pivotally supported on the fixed seat pan frame, the seat pan having a pivot axis established through a width of the seat pan such that the seat pan is free to pivot relative to the fixed seat pan frame between substantially horizontal and an angle to horizontal, wherein the fixed seat pan frame comprises parallel, spaced left-side and right-side rails (44, 46), each of the left-side and right-side rails defining a substantially horizontal forward portion and a rear portion at said angle to horizontal, characterized in that the left-side and right-side rails (44, 46) are shaped to limit the pivoting range of motion of the seat pan relative to the fixed seat pan frame, and wherein, in use, the passenger's center of gravity is shifted aft of the pivot point of the seat pan to move the seat pan down in the back and up in the front, and is shifted forward of the pivot point to move the seat pan angle toward zero degrees, or to a predetermined angle.
Safety device on a motor vehicle which for each front wheel comprises a cable system with a tension cable which is attached at a first fastening point (24.1) on a vehicle body part and at a second fastening points (24.2) on a front wheel and at least one deflecting device arranged between the first and the second fastening point (24.1, 24.2), wherein in a deactivated state the cable system enables a steering movement of the front wheel arranged in a wheel housing and during a collision in an activated state turns the affected front wheel from any initial position into a protective position in which the front wheel is turned with its outer side facing the direction of the obstacle and its inner side facing in the direction of the bulkhead (18.1), characterised in that between the fastening points (24.1, 24.2) the cable system comprises a self-retention device with a cable slack (28.1) and a lock (28.2), wherein in the deactivated state the lock (28.2) releases the cable slack (28.1) of the tension cable and thus enables the steering movement of the front wheel, and in the activated state locks the cable slack (28.1) of the tension cable so that in a head-on collision, depending on the superimposition, the penetrating obstacle activates the tension cable, which turns the affected front wheel into the protective position.
Tag for providing the information of a rail, the rail comprising a rail head, a rail web and a rail foot, the tag (2, 2') configured to be attached to the rail foot in the transverse direction of the rail, the tag (2, 2') comprising: a base body (21, 21') which partially encloses the rail foot, and a label (22, 22') which contains information of the rail, wherein the base body (21, 21') includes an upper lip (211, 211') and a lower lip (213, 213'), the label (22, 22') located on the upper side (2111, 2111') of the upper lip (211, 211'), wherein the tag further comprises a fastener that attaches the base body to the rail, characterized in that the fastener is made of adhesive material and located on the upper side of the lower lip. a base body (21, 21') which partially encloses the rail foot, and a label (22, 22') which contains information of the rail, wherein the base body (21, 21') includes an upper lip (211, 211') and a lower lip (213, 213'), the label (22, 22') located on the upper side (2111, 2111') of the upper lip (211, 211'), wherein the tag further comprises a fastener that attaches the base body to the rail, characterized in that the fastener is made of adhesive material and located on the upper side of the lower lip.
A device for dispensing a pressurized material, the device comprising a first end wall, a second end wall provided with an outlet port, and a body extending axially between the first end wall and the second end wall, the body defining a pressurizing chamber containing a gas generator fastened to the first end wall, and a tank for containing the material that is to be delivered and that is defined by the second end wall, the device further comprising a piston configured to move inside the body, the piston separating the pressurizing chamber from the tank, the gas generator being configured so that when it is triggered it causes the device to pass from a material-storage, first configuration to an end-of-material-dispensing, second configuration, so that, in the first configuration, the piston is held in position in the body by an elastically deformable holder element extending axially, said holder element being secured to the first end wall and the piston being held stationary relative to the first end wall by a holding force provided by the holder element, the holder element exerting a clamping force that results from its contact with the piston and/or with a zone secured to the first end wall, the clamping force resulting from the elasticity of the holder element, and in that the gas generator is configured so that when triggered it exerts a force on the piston that opposes the holding force so as to enable the piston to move by releasing the first end wall and thus causing the device to pass from the first configuration to the second configuration. so that, in the first configuration, the piston is held in position in the body by an elastically deformable holder element extending axially, said holder element being secured to the first end wall and the piston being held stationary relative to the first end wall by a holding force provided by the holder element, the holder element exerting a clamping force that results from its contact with the piston and/or with a zone secured to the first end wall, the clamping force resulting from the elasticity of the holder element, and in that the gas generator is configured so that when triggered it exerts a force on the piston that opposes the holding force so as to enable the piston to move by releasing the first end wall and thus causing the device to pass from the first configuration to the second configuration.
A communication method in a 3GPP system, wherein the method comprises: selecting, by a user equipment, a demodulation reference signal, DMRS, from a DMRS list; sending, by the user equipment to a base station through a first channel, first data that carries the DMRS; receiving, by the user equipment through a second channel, second data that is sent by the base station and that carries feedback information, wherein a resource on which the second channel is located is determined based on the DMRS and a resource on which the first channel is located; and determining, by the user equipment, that the feedback information is information fed back by the base station for the first data, wherein the first data further carries identification information of the user equipment, the second data further carries the identification information, and the determining, by the user equipment, that the feedback information is information fed back by the base station for the first data comprises: determining, by the user equipment based on the identification information in the second data, that the feedback information is the information fed back by the base station for the first data. selecting, by a user equipment, a demodulation reference signal, DMRS, from a DMRS list; sending, by the user equipment to a base station through a first channel, first data that carries the DMRS; receiving, by the user equipment through a second channel, second data that is sent by the base station and that carries feedback information, wherein a resource on which the second channel is located is determined based on the DMRS and a resource on which the first channel is located; and determining, by the user equipment, that the feedback information is information fed back by the base station for the first data, wherein the first data further carries identification information of the user equipment, the second data further carries the identification information, and the determining, by the user equipment, that the feedback information is information fed back by the base station for the first data comprises: determining, by the user equipment based on the identification information in the second data, that the feedback information is the information fed back by the base station for the first data.
Length measuring device for measuring the relative position of two objects, having - a measuring tape having a measuring graduation and a carrier and a scanning unit that can be displaced relative thereto in the longitudinal direction for scanning the measuring graduation; - a tensioning device (100, 200) for tensioning the measuring tape along the carrier, comprising • a fixed part (110, 210) fixed in position with respect to the carrier and a tensioning element (120, 220) which is kept tensioned thereon by a spring means (126, 226) acting in the longitudinal direction and which has a holding region to which the measuring tape is fixed; • an adjusting means (111, 211) for adjusting the tension of the measuring tape, wherein the holding region is a holding part (121, 221) which can be separated from the tensioning element (120, 220), is detachably fixed to the tensioning element (120, 220) and which is designed in such a way that it is not arranged in the travel path of the scanning unit, and wherein the spring means (126, 226) is arranged in such a way that its line of action extends flush with the measuring tape. - a measuring tape having a measuring graduation and a carrier and a scanning unit that can be displaced relative thereto in the longitudinal direction for scanning the measuring graduation; - a tensioning device (100, 200) for tensioning the measuring tape along the carrier, comprising • a fixed part (110, 210) fixed in position with respect to the carrier and a tensioning element (120, 220) which is kept tensioned thereon by a spring means (126, 226) acting in the longitudinal direction and which has a holding region to which the measuring tape is fixed; • an adjusting means (111, 211) for adjusting the tension of the measuring tape, wherein the holding region is a holding part (121, 221) which can be separated from the tensioning element (120, 220), is detachably fixed to the tensioning element (120, 220) and which is designed in such a way that it is not arranged in the travel path of the scanning unit, and wherein the spring means (126, 226) is arranged in such a way that its line of action extends flush with the measuring tape. • a fixed part (110, 210) fixed in position with respect to the carrier and a tensioning element (120, 220) which is kept tensioned thereon by a spring means (126, 226) acting in the longitudinal direction and which has a holding region to which the measuring tape is fixed; • an adjusting means (111, 211) for adjusting the tension of the measuring tape,
System for regulating the speed of a motor vehicle, the system comprising a vehicle is a first beacon, the vehicle comprising: - a device for receiving a signal from the first beacon located outside the vehicle, - a computer designed to adjust the speed, the first beacon being located near a bend and comprising: - a computer and an on-board memory to store information on the configuration of the turn and the conditions for passing the turn, - a device for transmitting a signal representative of the configuration of a turn and the conditions for passing the turn, the vehicle computer being arranged to process the signal from the first beacon received via the receiving device so as to adjust the speed of the vehicle according to the configuration of the turn and the conditions of passage of the turn, characterized in that the system comprises - a sensor for the presence and speed of the vehicle arriving near the bend, this presence sensor comprises a device for transmitting a signal representative of a vehicle arriving nearby of the turn, the first beacon comprising a device for receiving the signal from the vehicle presence and speed sensor so that the computer of the first beacon adjusts the information on the configuration of the turn and the passage conditions of the turn depending on the speed of the detected vehicle. - a device for receiving a signal from the first beacon located outside the vehicle, - a computer designed to adjust the speed, - a computer and an on-board memory to store information on the configuration of the turn and the conditions for passing the turn, - a device for transmitting a signal representative of the configuration of a turn and the conditions for passing the turn, - a sensor for the presence and speed of the vehicle arriving near the bend, this presence sensor comprises a device for transmitting a signal representative of a vehicle arriving nearby of the turn, the first beacon comprising a device for receiving the signal from the vehicle presence and speed sensor so that the computer of the first beacon adjusts the information on the configuration of the turn and the passage conditions of the turn depending on the speed of the detected vehicle.
An electrocardiograph electrode comprising a contact member and a plurality of contact pads arranged on said contact member and suitable to respectively establish an electrical contact with the body of a patient, wherein said contact member is made up of a body comprising a plurality of arms protruding radially outwards from a central portion, the contact pads being respectively arranged at the ends of each of said arms, characterized by further comprising a ring-shaped supporting member, the contact member being restrained to said supporting member at the ends of said arms or at said central portion by way of a plurality of elastic members in the form of arm members protruding radially inwards from the ring-shaped supporting member.
Connection device with a connection element, a base element and a precurved supporting element, wherein the connection element is provided for the articulated connection of a wiper blade in flat bar construction to a wiper arm, wherein a base of the connection element runs in the longitudinal direction of the precurved supporting element and has claws which are integrally formed laterally thereon and, with bent feet, surround the supporting element on a side facing away from the base, wherein the base element is arranged between the base and the supporting element, characterized in that the base element has, on the side thereof facing the supporting element, a contact surface which is curved in the longitudinal direction of the supporting element and the curvature of which approximately corresponds to the precurvature of the supporting element.
A pallet foot arranged to be attached onto a penetrable platform, where the pallet foot has an overall hollow shape and comprises an upper base portion having a stopping surface arranged to meet the surface of said platform, said upper base portion further comprising a plurality of attachment members evenly distributed around the circumference of said stopping surface, said plurality of attachment members being arranged to pierce through the undersurface of said platform, and said plurality of attachment members further being arranged to at least partially penetrate the thickness (t) of said platform, characterized in that each of said attachment members comprises an uppermost pointy portion for facilitating penetration of the platform, and at least two counteracting, flexible retaining elements, said retaining elements being constructed to flex and fold during insertion into and through the surface of the platform to be penetrated, and after insertion the retaining elements relax to a neutral unflexed and unfolded position, locking the attachment members against the surface of the platform to be penetrated and permanently retaining said pallet foot thereto.
Elastic bearing or hydraulically damping bearing comprising a core, an outer sleeve tube surrounding the core while forming a gap, and an elastomeric body inserted into the gap and connecting the core and the outer sleeve tube together; the core for calibrating the elastomeric body of the elastic bearing or the hydraulically damping bearing comprising a first core part and a second core part, the second core part being expandable for introducing a preload into the elastomeric body and comprising a receiving opening into which the first core part is insertable, and the second core part having a closed profile, the first core part and/or the second core part having a rectangular contour in cross section, characterized in that the first core part has recesses on its outer surface to facilitate joining and to relieve the corners.
An evaporator for a vapour compression system, the evaporator comprising: - at least two evaporator tubes arranged fluidly in parallel, each flow tube comprising an inlet opening adapted to receive fluid medium and an outlet opening adapted to deliver fluid medium, - an inlet manifold arranged in fluid connection with the inlet opening of each of the evaporator tubes, thereby being adapted to distribute fluid medium among the evaporator tubes, and - an outlet manifold arranged in fluid connection with the outlet opening of each of the evaporator tubes, thereby being adapted to collect fluid medium delivered from each of the evaporator tubes, wherein the outlet manifold is provided with a suction line heat exchanger for fluidly interconnecting a refrigerant outlet of a condenser and a refrigerant inlet of an expansion device of a vapour compression system, and wherein the suction line heat exchanger being arranged in such a manner that direct thermal contact is provided between refrigerant delivered from the evaporator tubes and the suction line heat exchanger, and where the suction line heat exchanger comprises a wall part defining an interface between a first flow region (10, 11) arranged to accommodate a heat exchanging fluid and a second flow region (12, 14) arranged to receive refrigerant delivered from the outlet openings of the evaporator tubes and entering the outlet manifold, characterized in that said wall part is arranged in the outlet manifold in such a manner relatively to the flow tubes of the evaporator that heat exchange takes place between refrigerant delivered by the flow tubes and hot refrigerant flowing in flow region before the refrigerant leaves the evaporator tubes. - at least two evaporator tubes arranged fluidly in parallel, each flow tube comprising an inlet opening adapted to receive fluid medium and an outlet opening adapted to deliver fluid medium, - an inlet manifold arranged in fluid connection with the inlet opening of each of the evaporator tubes, thereby being adapted to distribute fluid medium among the evaporator tubes, and - an outlet manifold arranged in fluid connection with the outlet opening of each of the evaporator tubes, thereby being adapted to collect fluid medium delivered from each of the evaporator tubes,
A lawn mower robot, comprising: an outer cover; an inner body accommodated inside the outer cover and having a plurality of wheels on both side surfaces for traveling; a rotating plate rotatably mounted on a bottom surface of the inner body; a plurality of blades rotatably mounted on the rotating plate to cut grass; a height adjustment unit to adjust height of the blades; and a height display unit to display the height of the blades, wherein the height display unit comprises: an inner cover mounted on an upper portion of the outer cover; a display window formed through one side of the inner cover; and a ruler having numerals on an upper surface thereof to display the height of the blades, and mounted inside the inner body to be movable in an up and down direction and a back and forth direction in correspondence to movement of the height adjustment unit, wherein the ruler is formed in a shape of a strip having a long length and a thin thickness, and is flexible to be bent. an outer cover; an inner body accommodated inside the outer cover and having a plurality of wheels on both side surfaces for traveling; a rotating plate rotatably mounted on a bottom surface of the inner body; a plurality of blades rotatably mounted on the rotating plate to cut grass; a height adjustment unit to adjust height of the blades; and a height display unit to display the height of the blades, wherein the height display unit comprises: an inner cover mounted on an upper portion of the outer cover; a display window formed through one side of the inner cover; and a ruler having numerals on an upper surface thereof to display the height of the blades, and mounted inside the inner body to be movable in an up and down direction and a back and forth direction in correspondence to movement of the height adjustment unit, wherein the ruler is formed in a shape of a strip having a long length and a thin thickness, and is flexible to be bent. an inner cover mounted on an upper portion of the outer cover; a display window formed through one side of the inner cover; and a ruler having numerals on an upper surface thereof to display the height of the blades, and mounted inside the inner body to be movable in an up and down direction and a back and forth direction in correspondence to movement of the height adjustment unit, wherein the ruler is formed in a shape of a strip having a long length and a thin thickness, and is flexible to be bent.