mhurhangee/patent-ind-claim-en huggingface dataset:
A dynamic tension system for an orthopedic device having a frame and at least one hinge connected to the frame , the dynamic tension system comprising a cable and an adjustment mechanism connected to the cable and arranged to incrementally wind or release said cable ; the dynamic tension system further comprising a tension control device connecting to the adjustment mechanism and arranged as the only means to adjust the adjustment mechanism and to limit the adjustment mechanism from winding of the cable past a predetermined tension level; characterized in that the tension control device is a torque limiting tool arranged to fail upon reaching the predetermined tension level in the cable in that tension in winding at said predetermined tension level causes the torque limiting tool to fail, the tension control device having a key arranged to be selectively received and engage a keyhole defined by the adjustment mechanism for rotating the adjustment mechanism for winding of the cable . the dynamic tension system further comprising a tension control device connecting to the adjustment mechanism and arranged as the only means to adjust the adjustment mechanism and to limit the adjustment mechanism from winding of the cable past a predetermined tension level; characterized in that the tension control device is a torque limiting tool arranged to fail upon reaching the predetermined tension level in the cable in that tension in winding at said predetermined tension level causes the torque limiting tool to fail, the tension control device having a key arranged to be selectively received and engage a keyhole defined by the adjustment mechanism for rotating the adjustment mechanism for winding of the cable .
Foldable blank (Z1), in particular of corrugated board or of cardboard, comprising: a cover wall (O1); a first side wall (R1) articulated to a side edge of the cover wall (O1); a base wall (U1) articulated to a side edge of the first side wall (R1); a second side wall (L1) articulated to a side edge of the base wall (U1); a front dispenser wall (SU) articulated to an end edge (SK) of the base wall (U1); two side dispenser walls (SR, SL) articulated to the side edges of the front dispenser wall (SU) and each having an arc-shaped outer edge; and a dispenser wall reinforcement (P), which is articulated as a wall element to an end edge (TR) of the cover wall (O1); characterised by a finger clearance (G1), which extends over part of the dispenser wall reinforcement (P) and part of the cover wall (O1) as a cohesive cut-out in the material of the foldable blank (Z1) in the central region of the end edge (TR) of the cover wall (O1). a cover wall (O1); a first side wall (R1) articulated to a side edge of the cover wall (O1); a base wall (U1) articulated to a side edge of the first side wall (R1); a second side wall (L1) articulated to a side edge of the base wall (U1); a front dispenser wall (SU) articulated to an end edge (SK) of the base wall (U1); two side dispenser walls (SR, SL) articulated to the side edges of the front dispenser wall (SU) and each having an arc-shaped outer edge; and a dispenser wall reinforcement (P), which is articulated as a wall element to an end edge (TR) of the cover wall (O1); characterised by a finger clearance (G1), which extends over part of the dispenser wall reinforcement (P) and part of the cover wall (O1) as a cohesive cut-out in the material of the foldable blank (Z1) in the central region of the end edge (TR) of the cover wall (O1).
An apparatus for an antenna, comprising: a first power amplifier and a second power amplifier connectable to the antenna; and a common ground between the first power amplifier and the second power amplifier , wherein a Radio Frequency, RF, output of the first power amplifier is coupled to the common ground and an RF output of the second power amplifier is coupled to the common ground , wherein the RF output of the first power amplifier and the RF output of the second power amplifier are configured to be coupled to the antenna and to form a balanced feed for the antenna, and the RF output of the first power amplifier is shifted 180 degrees compared to the RF output of the second power amplifier . a first power amplifier and a second power amplifier connectable to the antenna; and a common ground between the first power amplifier and the second power amplifier , wherein a Radio Frequency, RF, output of the first power amplifier is coupled to the common ground and an RF output of the second power amplifier is coupled to the common ground , wherein the RF output of the first power amplifier and the RF output of the second power amplifier are configured to be coupled to the antenna and to form a balanced feed for the antenna, and the RF output of the first power amplifier is shifted 180 degrees compared to the RF output of the second power amplifier .
Dental implant for insertion into a mandibular or maxillary bone of a patient, designed such that the implant is heatable and/or coolable, wherein the implant comprises a cavity that comprises a channel that has a diameter of maximally 25% of the implant's diameter, wherein the diameter of the channel is at least 0.01 mm, wherein said channel extends along the longitudinal axis of the implant over a distance of at least 70% of the length of the implant, and wherein said cavity opens only to the coronal surface of the implant; wherein the diameter of the cavity at the proximal end of the implant is smaller than the diameter of the cavity at the distal end of the implant. wherein the implant comprises a cavity that comprises a channel that has a diameter of maximally 25% of the implant's diameter, wherein the diameter of the channel is at least 0.01 mm, wherein said channel extends along the longitudinal axis of the implant over a distance of at least 70% of the length of the implant, and wherein said cavity opens only to the coronal surface of the implant; wherein the diameter of the cavity at the proximal end of the implant is smaller than the diameter of the cavity at the distal end of the implant.
A glass having the composition: 38-47 mol % SiO 2 ; 9-30 mol % Na 2 O; 0-30 mol % K 2 O; 0-2 mol % ZnO; 2.5-10 mol % P 2 O 5 ; 1-5 mol % of a metal fluoride; and a combined mol % of CaO and SrO of 20-30 mol %. 38-47 mol % SiO 2 ; 9-30 mol % Na 2 O; 0-30 mol % K 2 O; 0-2 mol % ZnO; 2.5-10 mol % P 2 O 5 ; 1-5 mol % of a metal fluoride; and a combined mol % of CaO and SrO of 20-30 mol %.
A communication method , comprising: receiving , by a first node, a data packet from a second node, wherein the data packet comprises data and a media access control, MAC, header, the MAC header comprises first indication information, and the first indication information comprises a logical channel identity, LCID, corresponding to the data packet; and delivering , by the first node, the data to an upper protocol layer of a radio link control, RLC, layer of the first node based on the first indication information, wherein the delivering, by the first node, the data to an upper protocol layer of the RLC layer of the first node based on the first indication information comprises delivering, by the first node, the data to the upper protocol layer of the RLC layer based on the LCID and a correspondence between the LCID and the upper protocol layer of the RLC layer, wherein the first node and the second node are nodes in wireless relay communication in an integrated access and backhaul, IAB, network, and an upper protocol layer of an RLC layer comprises any one of the following: a packet data convergence protocol, PDCP, layer, an adaptation, Adapt, layer, or an F1 interface protocol layer. receiving , by a first node, a data packet from a second node, wherein the data packet comprises data and a media access control, MAC, header, the MAC header comprises first indication information, and the first indication information comprises a logical channel identity, LCID, corresponding to the data packet; and delivering , by the first node, the data to an upper protocol layer of a radio link control, RLC, layer of the first node based on the first indication information, wherein the delivering, by the first node, the data to an upper protocol layer of the RLC layer of the first node based on the first indication information comprises delivering, by the first node, the data to the upper protocol layer of the RLC layer based on the LCID and a correspondence between the LCID and the upper protocol layer of the RLC layer, wherein the first node and the second node are nodes in wireless relay communication in an integrated access and backhaul, IAB, network, and an upper protocol layer of an RLC layer comprises any one of the following: a packet data convergence protocol, PDCP, layer, an adaptation, Adapt, layer, or an F1 interface protocol layer.
A foldable apparatus , comprising: a rotating shaft base ; and two main bodies disposed at two opposite sides of the rotating shaft base, wherein each main body is provided with a rotating member rotatably connected with the rotating shaft base, a housing rotatably connected with the rotating member, a first support plate fixed to the housing, and a second support plate fixedly connected with the rotating member and configured to rotate relative to the first support plate ; when the two main bodies are folded relative to each other, the two housings are configured to respectively drive the two first support plates to stack relative to each other, and the second support plate is configured to rotate relative to the housing along with the rotating member to be inclined relative to the first support plate, and an accommodating space is defined between the two second support plates; and when the two main bodies are unfolded relative to each other, the two housings are configured to respectively drive the two first support plates to be flush with each other, and the second support plate is configured to rotate relative to the housing along with the rotating member to be flush with the first support plate; characterized in that : each main body is further provided with a limit connecting member rotatably connected with the rotating shaft base and slidably connected with the housing, and the two limit connecting members are configured to respectively limit rotation of the two main bodies within an included angle range which is from being folded to being unfolded relative to each other. a rotating shaft base ; and two main bodies disposed at two opposite sides of the rotating shaft base, wherein each main body is provided with a rotating member rotatably connected with the rotating shaft base, a housing rotatably connected with the rotating member, a first support plate fixed to the housing, and a second support plate fixedly connected with the rotating member and configured to rotate relative to the first support plate ; when the two main bodies are folded relative to each other, the two housings are configured to respectively drive the two first support plates to stack relative to each other, and the second support plate is configured to rotate relative to the housing along with the rotating member to be inclined relative to the first support plate, and an accommodating space is defined between the two second support plates; and when the two main bodies are unfolded relative to each other, the two housings are configured to respectively drive the two first support plates to be flush with each other, and the second support plate is configured to rotate relative to the housing along with the rotating member to be flush with the first support plate; characterized in that : each main body is further provided with a limit connecting member rotatably connected with the rotating shaft base and slidably connected with the housing, and the two limit connecting members are configured to respectively limit rotation of the two main bodies within an included angle range which is from being folded to being unfolded relative to each other.
A canister comprising: a canister body having an inner blank and an outer blank secured to the inner blank , the canister body having a top edge, a bottom edge, a front panel , a back panel , a first side panel , and a second side panel , the inner blank includes an inner top edge , an inner bottom edge , an inner left edge , and an inner right edge , the outer blank includes an outer top edge , an outer bottom edge , an outer left edge , and an outer right edge , the outer right edge of the outer blank is generally aligned with and corresponds to the inner right edge of the inner blank , the inner top edge of the inner blank extends beyond the outer top edge of the outer blank , the inner left edge of the inner blank extends beyond the outer left edge of the outer blank , and the inner bottom edge of the inner blank extends beyond the outer bottom edge of the outer blank , a bottom portion of the inner blank extending from the outer bottom edge of the outer blank to the inner bottom edge of the inner blank ; a bottom blank attached to the canister body and forming a bottom of the canister , the bottom edge of the canister body extending below the bottom blank ; the bottom portion of the inner blank is folded along a fold line to at least partially form a reinforced bottom of the canister and to overlap an attachment flap of the bottom blank , the bottom portion of the inner blank is defined below the fold line in the unfolded state of the blank. a canister body having an inner blank and an outer blank secured to the inner blank , the canister body having a top edge, a bottom edge, a front panel , a back panel , a first side panel , and a second side panel , the inner blank includes an inner top edge , an inner bottom edge , an inner left edge , and an inner right edge , the outer blank includes an outer top edge , an outer bottom edge , an outer left edge , and an outer right edge , the outer right edge of the outer blank is generally aligned with and corresponds to the inner right edge of the inner blank , the inner top edge of the inner blank extends beyond the outer top edge of the outer blank , the inner left edge of the inner blank extends beyond the outer left edge of the outer blank , and the inner bottom edge of the inner blank extends beyond the outer bottom edge of the outer blank , a bottom portion of the inner blank extending from the outer bottom edge of the outer blank to the inner bottom edge of the inner blank ; a bottom blank attached to the canister body and forming a bottom of the canister , the bottom edge of the canister body extending below the bottom blank ; the bottom portion of the inner blank is folded along a fold line to at least partially form a reinforced bottom of the canister and to overlap an attachment flap of the bottom blank , the bottom portion of the inner blank is defined below the fold line in the unfolded state of the blank.
System of modular display and signalling units for networking and signalling with display and signalling units connected jointly to a bus and supply line, comprising: - a central bus controller, - wherein a plurality of the display and signalling devices connected to the bus and supply line have optical display means, - wherein at least one of the display and signalling units contains an ambient light sensor with insulating material housing, wherein the ambient light sensor comprises the following: - a light sensor element arranged on a front side (5.1) of the insulating material housing and in a housing opening (3.3), - electric contact means for contacting with the bus and supply line (8.1) on a housing rear side (5.2) of the ambient light sensor, and - an electronic component mounted in the housing (3.2) of the ambient light sensors for bus communication via the central bus controller with the connected display and signalling units, wherein the electric component and the central bus controller are programmed such that as a function of ambient brightness a light output of the optical display means of the plurality of display or signalling units connected to the bus and supply line (8.1) can be changed in the same direction by the central bus controller. - a central bus controller, - wherein a plurality of the display and signalling devices connected to the bus and supply line have optical display means, - wherein at least one of the display and signalling units contains an ambient light sensor with insulating material housing, wherein the ambient light sensor comprises the following: - a light sensor element arranged on a front side (5.1) of the insulating material housing and in a housing opening (3.3), - electric contact means for contacting with the bus and supply line (8.1) on a housing rear side (5.2) of the ambient light sensor, and - an electronic component mounted in the housing (3.2) of the ambient light sensors for bus communication via the central bus controller with the connected display and signalling units,
A wireless information communication method of transmitting a signal using a change in luminance of visible light, the wireless information communication method comprising: determining (SK11) a pattern of the change in luminance, by modulating the signal to be transmitted; and transmitting (SK12) the signal, by a plurality of light emitters changing in luminance according to the determined pattern of the change in luminance, characterized in that in the determining (SK11), a first luminance change pattern corresponding to a first body which is a part of the signal, a second luminance change pattern indicating a header for specifying the body, and a third luminance change pattern corresponding to a second body which is a part of the signal are determined, and in the transmitting (SK12), the header, the first body, and the second body are transmitted by the plurality of light emitters changing in luminance according to the first luminance change pattern, the second luminance change pattern, the first luminance change pattern, the third luminance change pattern, the second luminance change pattern and the third luminance change pattern in the stated order. determining (SK11) a pattern of the change in luminance, by modulating the signal to be transmitted; and transmitting (SK12) the signal, by a plurality of light emitters changing in luminance according to the determined pattern of the change in luminance, characterized in that in the determining (SK11), a first luminance change pattern corresponding to a first body which is a part of the signal, a second luminance change pattern indicating a header for specifying the body, and a third luminance change pattern corresponding to a second body which is a part of the signal are determined, and in the transmitting (SK12), the header, the first body, and the second body are transmitted by the plurality of light emitters changing in luminance according to the first luminance change pattern, the second luminance change pattern, the first luminance change pattern, the third luminance change pattern, the second luminance change pattern and the third luminance change pattern in the stated order.
Agricultural working machine , in particular a forage harvester, comprising a working unit, in particular a chopping unit which is provided for processing crops and has a measuring assembly and a component that moves in a movement direction during operation of the working machine , the measuring assembly having: • at least one transmitter for transmitting a transmission signal (s), • a sensor array having at least two sensors (111 - 11n) arranged one behind the other in the movement direction of the component , each of which is designed to carry out a measurement by receiving a measurement signal (m) reflected by the component at a measuring point (131 - 13n), • a control unit which is designed to control the sensors (111 - 11n) of the sensor array in succession in the movement direction of the component at the same sampling frequency, and • an evaluation unit which is designed to determine a distance value (A) between the sensor (111 - 11n) and the component from each of the measurement signals (m) of the sensors (111 - 11n). • at least one transmitter for transmitting a transmission signal (s), • a sensor array having at least two sensors (111 - 11n) arranged one behind the other in the movement direction of the component , each of which is designed to carry out a measurement by receiving a measurement signal (m) reflected by the component at a measuring point (131 - 13n), • a control unit which is designed to control the sensors (111 - 11n) of the sensor array in succession in the movement direction of the component at the same sampling frequency, and • an evaluation unit which is designed to determine a distance value (A) between the sensor (111 - 11n) and the component from each of the measurement signals (m) of the sensors (111 - 11n).
An additively manufactured brake rotor defining an axial direction (A), a radial direction (R), and a circumferential direction (C), the brake rotor comprising: a first disc defining a first braking plate and an outer inlet lip ; a second disc defining a second braking plate and an inner inlet lip , the second disc being spaced apart from the first disc to define an airgap ; an internal structure extending between the first braking plate and the second braking plate to define a plurality of internal passages ; and a plurality of vanes extending between the outer inlet lip and the inner inlet lip , both lips transitioning from extending along the radial direction to extending along the axial direction, and wherein the inner inlet lip is positioned inward of outer inlet lip along the radial direction (R). a first disc defining a first braking plate and an outer inlet lip ; a second disc defining a second braking plate and an inner inlet lip , the second disc being spaced apart from the first disc to define an airgap ; an internal structure extending between the first braking plate and the second braking plate to define a plurality of internal passages ; and a plurality of vanes extending between the outer inlet lip and the inner inlet lip , both lips transitioning from extending along the radial direction to extending along the axial direction, and wherein the inner inlet lip is positioned inward of outer inlet lip along the radial direction (R).
Device for producing containers from preforms of thermoplastic material, wherein the device comprises at least one transport device with at least one transfer device for moving containers and/or preforms between a first transfer position and a second transfer position , wherein the transfer device has a holding element for holding a container and/or preform , wherein the transport device for the at least one transfer device has a separate drive device for moving the transfer device between a first transfer position and a second transfer position , characterised in that the transport device comprises a carrier plate extending at least along a transport path between the first and second transfer positions , on which the at least one transfer device is arranged and can be moved freely on the carrier plate by means of the drive device .