mhurhangee/patent-ind-claim-en huggingface dataset:
Gate comprising at least: - a front post and a rear post which are intended to be fixed with spacing from each other in order to define together a circulation passage ; - a guide rail which extends along the circulation passage substantially from one to the other of the posts ; - a door leaf which is mounted so as to slide along the posts between at least one opening position of the circulation passage , in which the front end thereof is located close to the rear post , and a closure position of the circulation passage , in which the front end thereof is located close to the front post , the door leaf comprising a lower beam which carries at the front end thereof first guiding means which cooperate with the guide rail , characterised in that the gate further comprises: - second guide means which cooperate with the lower beam and which are arranged close to the rear post ; - rear support means of the door leaf arranged in a fixed manner upstream of the rear post ; the door leaf being mounted so as to tilt about a horizontal axis which is orthogonal to the sliding axis thereof, the door leaf resting: - on the first guide means and the second guide means when the centre of gravity G thereof is located between the front post and the second guide means , and - on the second guide means and on the rear support means when the centre of gravity G thereof is located between the second guide means and the rear support means , the door leaf thus being brought to rest on the rear support means when it is moved towards the open position thereof. - a front post and a rear post which are intended to be fixed with spacing from each other in order to define together a circulation passage ; - a guide rail which extends along the circulation passage substantially from one to the other of the posts ; - a door leaf which is mounted so as to slide along the posts between at least one opening position of the circulation passage , in which the front end thereof is located close to the rear post , and a closure position of the circulation passage , in which the front end thereof is located close to the front post , - second guide means which cooperate with the lower beam and which are arranged close to the rear post ; - rear support means of the door leaf arranged in a fixed manner upstream of the rear post ; - on the first guide means and the second guide means when the centre of gravity G thereof is located between the front post and the second guide means , and - on the second guide means and on the rear support means when the centre of gravity G thereof is located between the second guide means and the rear support means ,
A fully automatic coffee machine having a water tank, a pump, a brewing unit, a heater, a steam relief unit and a drainage system where a drip tray is equipped with a multi function element detachably connected to the drip tray of the coffee machine characterized in that the multi function element contains a steam guiding part and a strainer part and a bottom side of the steam guiding part is equipped with at least one rib .
A Machine Type Communication-Inter Working Function, MTC-IWF , comprising: a relay unit configured to receive an MTC device trigger message from a Service Capability Server, SCS, and deliver the MTC device trigger message over a control plane to a User Equipment, UE ; characterized by : a generation unit configured to generate a Charging Data Record, CDR, including a field indicating an address of the MTC-IWF for the MTC device trigger message when the MTC-IWF receives a response from the UE that successfully received the delivery; and a transfer unit configured to transfer the CDR to a Charging Data Function, CDF, for charging the MTC device trigger message. a relay unit configured to receive an MTC device trigger message from a Service Capability Server, SCS, and deliver the MTC device trigger message over a control plane to a User Equipment, UE ; characterized by : a generation unit configured to generate a Charging Data Record, CDR, including a field indicating an address of the MTC-IWF for the MTC device trigger message when the MTC-IWF receives a response from the UE that successfully received the delivery; and a transfer unit configured to transfer the CDR to a Charging Data Function, CDF, for charging the MTC device trigger message. a generation unit configured to generate a Charging Data Record, CDR, including a field indicating an address of the MTC-IWF for the MTC device trigger message when the MTC-IWF receives a response from the UE that successfully received the delivery; and a transfer unit configured to transfer the CDR to a Charging Data Function, CDF, for charging the MTC device trigger message.
A controller arranged to control a noise modification system of a vehicle provided with an exhaust system , the controller arranged to select a noise modification action of the noise modification system in dependence upon a selected driving mode of the vehicle , and a determined throttle pedal movement of the vehicle , wherein when the selected driving mode is a first driving mode the noise modification action is selected from a first set of a plurality of actions which comprises a noise enhancement action but not a noise suppression action, characterized in that : when the selected driving mode is a second driving mode the noise modification action is selected from a second set of a plurality of actions which comprises a noise suppression action but not a noise enhancement action, and wherein the controller is operable to transmit a control signal to cause one or more speakers to modify noise in the exhaust system in dependence on said noise modification action.
An exercise device configured for use by a user, the exercise device comprising: a supporting frame ; a pedal mounting assembly attached to the supporting frame at a tilt angle to the vertical (line 123), the tilt angle having a value greater than 0° and less than or equal to 90°; two pedal supports , each of the two pedal supports affixed to the pedal mounting assembly via a respective pedal crank assembly at an attachment angle to the vertical (line 123), the attachment angle having a value greater than 0° and less than or equal to 90°, the two pedal supports being parallel to one another; and two pedals , each of the two pedals attached to and supported by a respective one of the two pedal supports, the two pedals providing for counter-rotating circular motion in a plane rotated at the attachment angle to the vertical, wherein the pedal crank assemblies comprise arms that are perpendicular to their axis of rotation. a supporting frame ; a pedal mounting assembly attached to the supporting frame at a tilt angle to the vertical (line 123), the tilt angle having a value greater than 0° and less than or equal to 90°; two pedal supports , each of the two pedal supports affixed to the pedal mounting assembly via a respective pedal crank assembly at an attachment angle to the vertical (line 123), the attachment angle having a value greater than 0° and less than or equal to 90°, the two pedal supports being parallel to one another; and two pedals , each of the two pedals attached to and supported by a respective one of the two pedal supports, the two pedals providing for counter-rotating circular motion in a plane rotated at the attachment angle to the vertical, wherein the pedal crank assemblies comprise arms that are perpendicular to their axis of rotation.
A monolithically integrated laser comprising: an integrated dual optical emission port laser having a first optical emission port and a second optical emission port , each port being in optical communication with a modulator comprising two arm paths, characterized in that : the modulator comprises a Mach-Zehnder modulator; an internal light bending section is disposed between the ports within the integrated dual optical emission port laser such that both optical emission ports communicate with the same optical chip output face; the integrated dual optical emission port laser is tuned with tunable mirrors ; outputs of the first optical emission port and the second optical emission port are balanced so that relatively equal power is transmitted out of each tunable mirror; the first and second optical emission ports are respectively coupled directly to the two arm paths of the modulator ; and the tunable mirrors are disposed such that one is set relative to the other tunable mirror to provide a half wavelength phase shift of the first optical emission port with respect to the second optical emission port . an integrated dual optical emission port laser having a first optical emission port and a second optical emission port , each port being in optical communication with a modulator comprising two arm paths, characterized in that : the modulator comprises a Mach-Zehnder modulator; an internal light bending section is disposed between the ports within the integrated dual optical emission port laser such that both optical emission ports communicate with the same optical chip output face; the integrated dual optical emission port laser is tuned with tunable mirrors ; outputs of the first optical emission port and the second optical emission port are balanced so that relatively equal power is transmitted out of each tunable mirror; the first and second optical emission ports are respectively coupled directly to the two arm paths of the modulator ; and the tunable mirrors are disposed such that one is set relative to the other tunable mirror to provide a half wavelength phase shift of the first optical emission port with respect to the second optical emission port . the modulator comprises a Mach-Zehnder modulator; an internal light bending section is disposed between the ports within the integrated dual optical emission port laser such that both optical emission ports communicate with the same optical chip output face; the integrated dual optical emission port laser is tuned with tunable mirrors ; outputs of the first optical emission port and the second optical emission port are balanced so that relatively equal power is transmitted out of each tunable mirror; the first and second optical emission ports are respectively coupled directly to the two arm paths of the modulator ; and the tunable mirrors are disposed such that one is set relative to the other tunable mirror to provide a half wavelength phase shift of the first optical emission port with respect to the second optical emission port .
An apparatus comprising: a flexible ultrasound transducer array having a first surface and a second surface opposite the first surface; a bladder configured to be positioned adjacent the first surface of the flexible ultrasound transducer array, the bladder configured to be inflated by a fluid; and a strap configured to wrap around the bladder and the object, wherein the strap is adapted to position the flexible ultrasound transducer array between the bladder and the object to be imaged, wherein the second surface of the flexible ultrasound transducer array is configured to be placed against the object to be imaged; and the strap and the bladder are configured to maintain a force against the first surface of the flexible ultrasound transducer array. a flexible ultrasound transducer array having a first surface and a second surface opposite the first surface; a bladder configured to be positioned adjacent the first surface of the flexible ultrasound transducer array, the bladder configured to be inflated by a fluid; and a strap configured to wrap around the bladder and the object, wherein the strap is adapted to position the flexible ultrasound transducer array between the bladder and the object to be imaged, wherein the second surface of the flexible ultrasound transducer array is configured to be placed against the object to be imaged; and the strap and the bladder are configured to maintain a force against the first surface of the flexible ultrasound transducer array.
Shaft assembly for a motor vehicle transmission, having a hollow shaft and a component (18; 18 I ) which is mounted relative to the hollow shaft wherein the hollow shaft has a central bore which is configured for receiving a fluid so as to feed said fluid to the component , and wherein a fluid-damming ring which at least partially delimits a fluid flow along the central bore is disposed in the central bore , characterized in that the fluid-damming ring is formed by a spring washer (32 I ; 32 II ; 32 III ; 32 IV ) which is wound from a spring wire (38; 38 III ).
A rolling bearing mechanism comprising: - a rod ; - an outer ring surrounding the rod coaxially; and - rollers having longitudinal axes parallel to the longitudinal axes of the rod and of the outer ring, each roller being interposed between the rod and the outer ring so that threads on the rollers mesh with a thread on the rod and with a thread in the outer ring, the rod, the outer ring, and the rollers each having a respective right-handed thread and a respective left-handed thread, the right-handed thread of the rod being situated in a first axial segment (S1) of the mechanism, and the left-handed thread being situated in a second axial segment (S2) of the mechanism, the second axial segment being axially distant from the first axial segment, characterized in that , in the first axial segment, the left-handed threads of the rollers mesh with the right-handed thread of the rod and with the left-handed thread of the outer ring, and in that , in the second axial segment, the right-handed threads of the rollers mesh with the left-handed thread of the rod and with the right-handed thread of the outer ring . - a rod ; - an outer ring surrounding the rod coaxially; and - rollers having longitudinal axes parallel to the longitudinal axes of the rod and of the outer ring, each roller being interposed between the rod and the outer ring so that threads on the rollers mesh with a thread on the rod and with a thread in the outer ring, the rod, the outer ring, and the rollers each having a respective right-handed thread and a respective left-handed thread, the right-handed thread of the rod being situated in a first axial segment (S1) of the mechanism, and the left-handed thread being situated in a second axial segment (S2) of the mechanism, the second axial segment being axially distant from the first axial segment, characterized in that , in the first axial segment, the left-handed threads of the rollers mesh with the right-handed thread of the rod and with the left-handed thread of the outer ring, and in that , in the second axial segment, the right-handed threads of the rollers mesh with the left-handed thread of the rod and with the right-handed thread of the outer ring .
A fastening arrangement for attaching solar panels or glass elements, wherein the fastening arrangement comprises a first elongated part for attaching a first solar panel or glass element by the first edge of the solar panel or glass element and a second elongated part for attaching a second solar panel or glass element by the second edge of the solar panel or glass element , which first part comprises a level , which has a fastening surface for a fastener, a protrusion perpendicular to and on the opposite side in relation to the fastening surface , and an oblique protrusion between the level and the protrusion , which oblique protrusion extends further in relation to the protrusion than the edge of the level toward the oblique protrusion, and between which oblique protrusion and level there is a recess , which second part comprises a fastening protrusion to be set in the recess of the first part , a second level , which has a second fastening surface for a fastener, and a second protrusion , which is perpendicular in relation to the level and on the side of the second fastening surface , and the fastening protrusion is in relation to the second protrusion on the opposite side to the level , which fastening surface and second fastening surface are arranged to be on the same level when the fastening protrusion is set in the recess , and the free end of which second protrusion is arranged to be above the solar panels or glass elements to be attached. wherein the fastening arrangement comprises a first elongated part for attaching a first solar panel or glass element by the first edge of the solar panel or glass element and a second elongated part for attaching a second solar panel or glass element by the second edge of the solar panel or glass element , which first part comprises a level , which has a fastening surface for a fastener, a protrusion perpendicular to and on the opposite side in relation to the fastening surface , and an oblique protrusion between the level and the protrusion , which oblique protrusion extends further in relation to the protrusion than the edge of the level toward the oblique protrusion, and between which oblique protrusion and level there is a recess , which second part comprises a fastening protrusion to be set in the recess of the first part , a second level , which has a second fastening surface for a fastener, and a second protrusion , which is perpendicular in relation to the level and on the side of the second fastening surface , and the fastening protrusion is in relation to the second protrusion on the opposite side to the level , which fastening surface and second fastening surface are arranged to be on the same level when the fastening protrusion is set in the recess , and the free end of which second protrusion is arranged to be above the solar panels or glass elements to be attached.
A user equipment, UE, comprising: one or more antennas; and communication circuitry, coupled with the one or more antennas, the communication circuitry to communicate, via at least one of the one or more antennas, with another UE via device-to-device, D2D, communications; and processing circuitry , coupled to the communications circuitry, the processing circuitry configured to: generate a cyclic prefix, CP, for a second symbol of a D2D subframe at an orthogonal frequency division multiplexing, OFDM, resource block or a single-carrier frequency-division multiple access, SC-FDMA, resource block, wherein the CP has a length greater than 33.33 microseconds; use a second half of a useful symbol length of the first symbol, generated using a second half of a useful symbol length of the second symbol, as a part of the CP for the second symbol; and puncture an entirety of a last symbol of the D2D subframe, or puncture a first half of the useful symbol length of the first symbol and a second half of a useful symbol length of the last symbol. wherein the communication circuitry is further to transmit the D2D subframe to the other UE. one or more antennas; and communication circuitry, coupled with the one or more antennas, the communication circuitry to communicate, via at least one of the one or more antennas, with another UE via device-to-device, D2D, communications; and processing circuitry , coupled to the communications circuitry, the processing circuitry configured to: generate a cyclic prefix, CP, for a second symbol of a D2D subframe at an orthogonal frequency division multiplexing, OFDM, resource block or a single-carrier frequency-division multiple access, SC-FDMA, resource block, wherein the CP has a length greater than 33.33 microseconds; use a second half of a useful symbol length of the first symbol, generated using a second half of a useful symbol length of the second symbol, as a part of the CP for the second symbol; and puncture an entirety of a last symbol of the D2D subframe, or puncture a first half of the useful symbol length of the first symbol and a second half of a useful symbol length of the last symbol. generate a cyclic prefix, CP, for a second symbol of a D2D subframe at an orthogonal frequency division multiplexing, OFDM, resource block or a single-carrier frequency-division multiple access, SC-FDMA, resource block, wherein the CP has a length greater than 33.33 microseconds; use a second half of a useful symbol length of the first symbol, generated using a second half of a useful symbol length of the second symbol, as a part of the CP for the second symbol; and puncture an entirety of a last symbol of the D2D subframe, or puncture a first half of the useful symbol length of the first symbol and a second half of a useful symbol length of the last symbol. wherein the communication circuitry is further to transmit the D2D subframe to the other UE.
A method comprising, by a network apparatus of a first domain network: receiving one or more packets from an access network, wherein the packets include accounting information of the packets; determining a classification for the packets based on the accounting information by classifying whether the packets originated from a mobile device or an IoT, Internet of thing, device; selecting , based on the determined classification, a policy configuration from a plurality of policy configurations for processing the packets; encapsulating the packets with one or more segment identifiers in accordance with the selected policy configuration; and sending the encapsulated packets to a network slice in a second domain network based on the one or more segment identifiers. receiving one or more packets from an access network, wherein the packets include accounting information of the packets; determining a classification for the packets based on the accounting information by classifying whether the packets originated from a mobile device or an IoT, Internet of thing, device; selecting , based on the determined classification, a policy configuration from a plurality of policy configurations for processing the packets; encapsulating the packets with one or more segment identifiers in accordance with the selected policy configuration; and sending the encapsulated packets to a network slice in a second domain network based on the one or more segment identifiers.
A vacuum cleaner comprising a vacuum cleaner body and a handle for carrying the vacuum cleaner, which handle is pivotally mounted on the vacuum cleaner body and which handle can be moved between a first position in which the handle is located substantially horizontal with respect to the vacuum cleaner body and a second position in which the handle is substantially vertical with respect to the vacuum cleaner body characterized in that the handle in said second position has at least two positions, namely a lower position in which the handle can be rotated freely and an upper position in which a hook of a spring engages a protrusion of the vacuum cleaner body to block the rotation of the handle .