mhurhangee/ep-ind-claims huggingface dataset:
A passive RFID transponder assembly comprising at least one telecommunications component (20, 120, 220, 520) and a passive RFID transponder (36, 136, 236, 536) associated with the at least one telecommunications component (20, 120, 220, 520), the passive RFID transponder (36, 136, 236, 536) comprising: an integrated circuit chip (38, 138, 238, 538); an antenna (40, 140, 240, 540) adapted for electrical connection with the integrated circuit chip (38, 138, 238, 538); characterized in that the passive RFID transponder assembly (36, 136, 236, 536) further comprises at least one selective physical contact condition responsive device (46, 146, 246, 546) electrically connected to the integrated circuit chip (38, 138, 238, 538) via wiring, wherein the integrated circuit chip (38, 138, 238, 538) is adapted to read a selective physical contact condition relating to the at least one telecommunications component (20, 120, 220, 520) detected by the at least one selective physical contact condition responsive device (46, 146, 246, 546) and wherein the wiring is configured to provide information regarding the selective physical contact condition detected by the selective physical contact condition responsive device (46, 146, 246, 546); wherein the passive RFID transponder (36, 136, 236, 536) is configured and wired to communicate a RF signal representative of the selective physical contact condition relating to the at least one telecommunications component (20, 120, 220, 520) to an RFID reader whenever the selective physical contact condition is requested by the RFID reader and regardless of the selective physical contact condition detected by the at least one selective physical contact condition responsive device (46, 146, 246, 546). an integrated circuit chip (38, 138, 238, 538); an antenna (40, 140, 240, 540) adapted for electrical connection with the integrated circuit chip (38, 138, 238, 538); characterized in that the passive RFID transponder assembly (36, 136, 236, 536) further comprises at least one selective physical contact condition responsive device (46, 146, 246, 546) electrically connected to the integrated circuit chip (38, 138, 238, 538) via wiring, wherein the integrated circuit chip (38, 138, 238, 538) is adapted to read a selective physical contact condition relating to the at least one telecommunications component (20, 120, 220, 520) detected by the at least one selective physical contact condition responsive device (46, 146, 246, 546) and wherein the wiring is configured to provide information regarding the selective physical contact condition detected by the selective physical contact condition responsive device (46, 146, 246, 546); wherein the passive RFID transponder (36, 136, 236, 536) is configured and wired to communicate a RF signal representative of the selective physical contact condition relating to the at least one telecommunications component (20, 120, 220, 520) to an RFID reader whenever the selective physical contact condition is requested by the RFID reader and regardless of the selective physical contact condition detected by the at least one selective physical contact condition responsive device (46, 146, 246, 546).
A freeze-drying apparatus, comprising: a freezing chamber which is a vacuum chamber capable of being exhausted; an injection mechanism operable to inject a raw material fluid including a raw material into the exhausted freezing chamber; a shelf operable to receive the raw material frozen when the raw material fluid is injected, the shelf being arranged within the freezing chamber; a diffusion mechanism operable to at least diffuse the raw material on the shelf by a vibration, the raw material being received on the shelf; and a tilt mechanism operable to tilt the shelf from a horizontal state to a tilted state in order to collect the raw material on the shelf; wherein the diffusion mechanism includes a first vibration generator operable to vibrate the shelf when the shelf is held in said horizontal state, and a second vibration generator operable to vibrate the shelf when the shelf is held in said tilted state. a freezing chamber which is a vacuum chamber capable of being exhausted; an injection mechanism operable to inject a raw material fluid including a raw material into the exhausted freezing chamber; a shelf operable to receive the raw material frozen when the raw material fluid is injected, the shelf being arranged within the freezing chamber; a diffusion mechanism operable to at least diffuse the raw material on the shelf by a vibration, the raw material being received on the shelf; and a tilt mechanism operable to tilt the shelf from a horizontal state to a tilted state in order to collect the raw material on the shelf; wherein the diffusion mechanism includes a first vibration generator operable to vibrate the shelf when the shelf is held in said horizontal state, and a second vibration generator operable to vibrate the shelf when the shelf is held in said tilted state. a first vibration generator operable to vibrate the shelf when the shelf is held in said horizontal state, and a second vibration generator operable to vibrate the shelf when the shelf is held in said tilted state.
A granular material effect system, comprising: a plurality of granular particles disposed in a container; a nozzle configured to activate to direct a fluid into the container; an actuator disposed in the container within the plurality of granular particles, wherein the actuator is coupled to a prop; and a controller communicatively coupled to the nozzle and the actuator, wherein the controller is configured to: instruct the nozzle to activate to direct the fluid into the container such that at least a portion of the granular particles are suspended within the fluid; and instruct the actuator to move the prop relative to the container while the nozzle is activated. a plurality of granular particles disposed in a container; a nozzle configured to activate to direct a fluid into the container; an actuator disposed in the container within the plurality of granular particles, wherein the actuator is coupled to a prop; and a controller communicatively coupled to the nozzle and the actuator, wherein the controller is configured to: instruct the nozzle to activate to direct the fluid into the container such that at least a portion of the granular particles are suspended within the fluid; and instruct the actuator to move the prop relative to the container while the nozzle is activated. instruct the nozzle to activate to direct the fluid into the container such that at least a portion of the granular particles are suspended within the fluid; and instruct the actuator to move the prop relative to the container while the nozzle is activated.
Gripper head of a weaving machine with a clamping device adapted to the clamping of a band-shaped weft material to be inserted into a loom shed of the weaving machine, wherein the clamping device comprises a stationary clamping jaw and a clamping jaw that is loaded by a spring and movable about a rotation axis, each clamping jaw respectively having a clamping surface, and wherein the movable clamping jaw is actuatable by a control means for opening the clamping device, characterized in that the gripper head comprises a frame, forming a housing such that the clamping mechanism and the support of the clamping device are arranged shielded within the frame, wherein the clamping surfaces are arranged essentially outside of the frame and in the warp direction laterally next to the frame on protruding collars (3a, 4a) of the clamping jaws (3, 4), which extend outside of the frame perpendicularly to the motion direction of the gripper head in the direction of the interlacing point, and the spring as well as the clamping mechanism with the rotation axis and a support of the clamping jaw are arranged inside the frame.
A device for the electrical attachment or connection of at least one conductor (2, 6) of an energy supply cable (4, 8), the device having a first connection element that can be connected to the conductor (2, 4) and that can be connected by means of a clamping element to a second connection element of the device, and the two connection elements (10, 20) each having, at least in some portions, a cylindrical, in particular a circular cylindrical circumferential face (12, 22) and a longitudinal axis (14, 24) centred in relation thereto, one of the two connection elements (10, 20) having a pin-like first contact component with a first contact surface that is circular cylindrical, at least in some portions, and concentric to the centric longitudinal axis of one of the two connection elements, the other of the two connection elements (10, 20) having a receiving opening via which the first contact component can be introduced eccentrically to the centric longitudinal axis of the other of the two connection elements (10, 20) into the other of the two connection elements (10, 20) and can be aligned by connecting the connection elements (10, 20) by means of the clamping element concentrically to the centric longitudinal axis of the other of the two connection elements (10, 20) and can thus be brought into electrically connecting contact with a second contact surface of a second contact component of the other of the two connection elements (10, 20) so that in the connected state the centric longitudinal axes (14, 24) of the two connection elements (10, 20) are aligned, characterised in that the circular, front-side receiving opening that has an undercut forms the second contact component in the second connection element and has a longitudinal axis which runs parallel, but offset to the second centric longitudinal axis of the second connection element.
A protective device for a hypodermic or infusion needle, comprising - a needle holder at the proximal end of the needle, - a section with enlarged diameter at the needle shaft proximal of the needle tip, - a protective element for the needle tip, wherein the protective element is movable along the needle shaft from a ready position to a protective position, in which the protective element is prevented by the needle section with the enlarged diameter from being displayed beyond the needle tip, - a grip part for moving the protective element, which is arranged between the protective element and the needle holder, wherein the grip part comprises a cavity for receiving the protective element, so that the protective element can be brought into the protective position without being touched directly, and the grip part comprising an opening at the proximal and the distal end, wherein the protective element is larger than the opening at the proximal end, such that the grip part is prevented from being displaced beyond the protective element and the needle tip, characterized in that the section with enlarged diameter is a needle crimp, and that the protective element comprises two intersecting arms with angled ends which overlap the needle tip in the protective position. - a needle holder at the proximal end of the needle, - a section with enlarged diameter at the needle shaft proximal of the needle tip, - a protective element for the needle tip, wherein the protective element is movable along the needle shaft from a ready position to a protective position, in which the protective element is prevented by the needle section with the enlarged diameter from being displayed beyond the needle tip, - a grip part for moving the protective element, which is arranged between the protective element and the needle holder, wherein the grip part comprises a cavity for receiving the protective element, so that the protective element can be brought into the protective position without being touched directly, and the grip part comprising an opening at the proximal and the distal end, wherein the protective element is larger than the opening at the proximal end, such that the grip part is prevented from being displaced beyond the protective element and the needle tip, characterized in that the section with enlarged diameter is a needle crimp, and that the protective element comprises two intersecting arms with angled ends which overlap the needle tip in the protective position.
An implantable fluid device, comprising: a flexible fluid chamber (12, 32) capable of being in an inflated state and a deflated state, said chamber is selected from the group consisting of a reservoir for an inflatable penile prosthesis and a cylinder for an inflatable penile prosthesis, said chamber being defined by (i) a first end (14, 34), (ii) a second end (16, 36), and (iii) a central longitudinal axis from said first end to said second end; in cross section, when deflated, a plurality of alternating protrusions (121, 321) and intermediate portions (122, 322) about said central longitudinal axis, with said protrusions having a first selected height and said intermediate portions (122, 322) having a selected depth; in cross section, when inflated, said plurality of alternating protrusions (121, 321) and intermediate portions (122, 322) about said central longitudinal axis, with said protrusions having said first selected height and said intermediate portions having a second selected height. a flexible fluid chamber (12, 32) capable of being in an inflated state and a deflated state, said chamber is selected from the group consisting of a reservoir for an inflatable penile prosthesis and a cylinder for an inflatable penile prosthesis, said chamber being defined by (i) a first end (14, 34), (ii) a second end (16, 36), and (iii) a central longitudinal axis from said first end to said second end; in cross section, when deflated, a plurality of alternating protrusions (121, 321) and intermediate portions (122, 322) about said central longitudinal axis, with said protrusions having a first selected height and said intermediate portions (122, 322) having a selected depth; in cross section, when inflated, said plurality of alternating protrusions (121, 321) and intermediate portions (122, 322) about said central longitudinal axis, with said protrusions having said first selected height and said intermediate portions having a second selected height. in cross section, when deflated, a plurality of alternating protrusions (121, 321) and intermediate portions (122, 322) about said central longitudinal axis, with said protrusions having a first selected height and said intermediate portions (122, 322) having a selected depth; in cross section, when inflated, said plurality of alternating protrusions (121, 321) and intermediate portions (122, 322) about said central longitudinal axis, with said protrusions having said first selected height and said intermediate portions having a second selected height.
Capacitive pressure measurement cell for recording the pressure of a medium adjacent to the cell, comprising - an elastic measurement membrane, whose first side is at least partially in contact with the medium, and whose second side, facing away from the medium, has a measurement electrode, as well as a resistor element made from a substance with temperature dependent resistance, for measuring temperature, and - a base body, with a measurement capacity provided by a counter electrode which forms a measurement electrode, positioned opposite the second side of the measurement membrane, characterised by the fact that the resistor element is designed as a resistance layer between the second side of the measurement membrane and the measurement electrode. - an elastic measurement membrane, whose first side is at least partially in contact with the medium, and whose second side, facing away from the medium, has a measurement electrode, as well as a resistor element made from a substance with temperature dependent resistance, for measuring temperature, and - a base body, with a measurement capacity provided by a counter electrode which forms a measurement electrode, positioned opposite the second side of the measurement membrane,
An illumination device for a motor vehicle, comprising a light source formed of a number of semiconductor diodes, and also a scanner on which a light beam produced from the light of the light source falls and which during operation of the illumination device changes the position of the light beam and thereby moves a light spot produced by the light beam at a distance from the illumination device, wherein a predetermined light distribution is generated with the moved light spot, wherein the scanner is a vector scanner with which the scanning rate and the scanning path can be varied and are controlled to generate the predetermined light distribution, characterised in that the illumination device is configured such that a predetermined light distribution having a locally varied luminous intensity can be generated with the illumination device, the scanning rate being reduced in regions of the predetermined light distribution having a greater luminous intensity, and the illumination device being configured such that the number of semiconductor diodes are operated at constant power to generate the predetermined light distribution.
A squeeze-film damper comprising: an outer race (210; 330) having an annular geometry; a housing (218; 350; 406) disposed about the outer race (210; 330); a first seal (216; 370; 408) and a second seal (216; 370; 408) between the outer race (210; 330) and the housing (218; 350; 406), wherein the housing (218; 350; 406), the outer race (210; 330), the first seal (116; 370; 408) and the second seal (216; 370; 408) define a thin-film region (360; 402); a third seal (216; 370; 408) proximate the second seal (216; 370; 408) and defining a buffer region (372; 410) between the second seal (216; 370; 408) and the third seal (216; 370; 408); and an oil inlet (355; 414) defined in the housing (218; 350; 406) and connected to the thin-film region (360; 402); characterised in that: a channel is formed in the housing (218; 350; 406), wherein the channel is configured to increase the radial thickness of the buffer region and a cross-sectional area of the buffer region (372; 410); and an oil outlet passage is defined in the housing (218; 350; 406) and extends radially from the buffer region (372; 410) and the channel. an outer race (210; 330) having an annular geometry; a housing (218; 350; 406) disposed about the outer race (210; 330); a first seal (216; 370; 408) and a second seal (216; 370; 408) between the outer race (210; 330) and the housing (218; 350; 406), wherein the housing (218; 350; 406), the outer race (210; 330), the first seal (116; 370; 408) and the second seal (216; 370; 408) define a thin-film region (360; 402); a third seal (216; 370; 408) proximate the second seal (216; 370; 408) and defining a buffer region (372; 410) between the second seal (216; 370; 408) and the third seal (216; 370; 408); and an oil inlet (355; 414) defined in the housing (218; 350; 406) and connected to the thin-film region (360; 402); a channel is formed in the housing (218; 350; 406), wherein the channel is configured to increase the radial thickness of the buffer region and a cross-sectional area of the buffer region (372; 410); and an oil outlet passage is defined in the housing (218; 350; 406) and extends radially from the buffer region (372; 410) and the channel.
Method for operating a battery system (300; 400) having at least a first battery module and a second battery module, comprising at least the following steps: - detecting the voltage of the first battery module; - activating the first battery module for a defined clock time (T t), wherein the clock time (T t) is defined as a function of the detected voltage; - at the same time activating the second battery module for the defined clock time (T t) while deactivating the first battery module; characterized in that a point of inflection in a corresponding voltage profile of the detected voltage is determined and the clock time (T t) is defined such that the first battery module is deactivated when the point of inflection in the voltage profile is reached. - detecting the voltage of the first battery module; - activating the first battery module for a defined clock time (T t), wherein the clock time (T t) is defined as a function of the detected voltage; - at the same time activating the second battery module for the defined clock time (T t) while deactivating the first battery module;
Method performed by a vehicle tow bar control system for controlling the position of a tow bar of a vehicle during parking, the tow bar being movable between an extended position and a retracted position in relation to the vehicle, the method comprising: - receiving parking activity input, - in a next step, sensing the position of the tow bar, and - transmitting a notification signal for notifying the driver of the vehicle of the position of the tow bar. - receiving parking activity input, - in a next step, sensing the position of the tow bar, and - transmitting a notification signal for notifying the driver of the vehicle of the position of the tow bar.
A cocoa butter stabilizing vegetable fat composition comprising components A and B, said component A being present in an amount of ≥50% (w/w) of said cocoa butter stabilizing fat composition, and said component B being present in an amount of 1-12% (w/w) of said cocoa butter stabilizing fat composition, wherein said component A is an interesterified fat blend consisting of: 3-25% C16:0 + C18:0, 75-97 % C18:1+C18:2, and C18:0/C16:0 is >1.0, StUU + UStU is > 8% (w/w), where StUU and UStU are triglycerides and where St stands for stearic acid and U stands for C18:1 and C18:2, and component A having a slip melting point of < 25 °C, and wherein component B is a hard stock consisting of: 70-99 % C16:0 + C18:0, 1-30% C18:1 + C18:2, and C18:0/C16:0 > 0.4. 3-25% C16:0 + C18:0, 75-97 % C18:1+C18:2, and C18:0/C16:0 is >1.0, StUU + UStU is > 8% (w/w), where StUU and UStU are triglycerides and where St stands for stearic acid and U stands for C18:1 and C18:2, and component A having a slip melting point of < 25 °C, and wherein component B is a hard stock consisting of: 70-99 % C16:0 + C18:0, 1-30% C18:1 + C18:2, and C18:0/C16:0 > 0.4. 70-99 % C16:0 + C18:0, 1-30% C18:1 + C18:2, and C18:0/C16:0 > 0.4.
Bookbinding machine for producing printed products, such as books, magazines and brochures, comprising a plurality of processing stations, such as, e.g. book block infeed station, spine preparation station, glue application station, cover feeder and pressing station, and comprising a book block conveyor system that conveys the book blocks through the individual processing stations, the book block conveyor system having a closed guide track with straight, circular-arc-shaped and curved regions, and clamps for clamping the book blocks, the clamps having guide carriages with guide rollers (1, 1a) rolling on the guide track and the clamps being driven together or individually via a drive, characterised in that the guide carriages have at least three fixed guide rollers (1, 1a) secured to the guide carriage in the shape of a triangle, two guide rollers extending along a master track that may consist of straight, circular-arc-shaped and curved parts and the at least one further guide roller running on a slave track produced in accordance with mathematical-geometrical laws that may also consist of straight, circular-arc-shaped and curved parts, the guide carriages being coupled to at least one drive (3, 5, 12, 13) arranged outside the guide track.