mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a distance between a first terminal and a further terminal, wherein the first terminal sends radio signals to the further terminal and the further terminal sends response radio signals to the first terminal, wherein the first terminal determines at least one main response signal and one signal direction (ω 2) of the main response signal based on the received response radio signals, wherein the further terminal determines at least one main signal and one signal direction (ω 1) of the main signal based on the received radio signals, wherein a distance between the terminals is determined as the raw distance based on the at least one main signal and the at least one main response signal, wherein an angle of intersection between the signal direction (ω 1) of the main signal and the signal direction (ω 2) of the main response signal is determined as an interim kink angle (β), wherein the raw distance is corrected to a measurement distance based on the kink angle (β). wherein the first terminal sends radio signals to the further terminal and the further terminal sends response radio signals to the first terminal, wherein the first terminal determines at least one main response signal and one signal direction (ω 2) of the main response signal based on the received response radio signals, wherein the further terminal determines at least one main signal and one signal direction (ω 1) of the main signal based on the received radio signals, wherein a distance between the terminals is determined as the raw distance based on the at least one main signal and the at least one main response signal, wherein an angle of intersection between the signal direction (ω 1) of the main signal and the signal direction (ω 2) of the main response signal is determined as an interim kink angle (β), wherein the raw distance is corrected to a measurement distance based on the kink angle (β).
A method performed by a node element, NE, for providing network slice information, the method comprising: the NE receiving (902, 1002, 1102) from a network management node (802, 804) configuration information concerning at least one of: i) a set of two or more network slices supported by the NE and ii) a set of two or more network slice groups supported by the NE; and after receiving the configuration information, the NE transmitting (904, 1004, 1104) network slice configuration information, NSCI, the NSCI comprising at least one of: i) for each supported network slice, information for identifying the network slice and information identifying a barring status of the network slice, ii) for each supported network slice group, information for identifying the network slice group and information identifying a barring status for the network slice group, and iii) for each supported network slice group that is barred, information for identifying the barred network slice group. the NE receiving (902, 1002, 1102) from a network management node (802, 804) configuration information concerning at least one of: i) a set of two or more network slices supported by the NE and ii) a set of two or more network slice groups supported by the NE; and after receiving the configuration information, the NE transmitting (904, 1004, 1104) network slice configuration information, NSCI, the NSCI comprising at least one of: i) for each supported network slice, information for identifying the network slice and information identifying a barring status of the network slice, ii) for each supported network slice group, information for identifying the network slice group and information identifying a barring status for the network slice group, and iii) for each supported network slice group that is barred, information for identifying the barred network slice group.
A system for monitoring a machine, comprising: a first sensor comprising a first processor; a second sensor comprising a second processor; and at least one communication trunk in communication with the first sensor and the second sensor, and operable to communicate sensor data between each of the first processor and the second processor; wherein the first sensor and the second sensor are operable to generate sensor data associated with at least one machine condition; and wherein the first processor or the second processor is operable to: analyze sensor data generated by each of the first sensor and the second sensor; determine at least one machine fault based at least in part on the analyzed sensor data; and characterised in that the first sensor and the second are operable to communicate at least one control action directly to at least one field device associated with the machine. a first sensor comprising a first processor; a second sensor comprising a second processor; and at least one communication trunk in communication with the first sensor and the second sensor, and operable to communicate sensor data between each of the first processor and the second processor; wherein the first sensor and the second sensor are operable to generate sensor data associated with at least one machine condition; and wherein the first processor or the second processor is operable to: analyze sensor data generated by each of the first sensor and the second sensor; determine at least one machine fault based at least in part on the analyzed sensor data; and characterised in that the first sensor and the second are operable to communicate at least one control action directly to at least one field device associated with the machine. analyze sensor data generated by each of the first sensor and the second sensor; determine at least one machine fault based at least in part on the analyzed sensor data; and characterised in that the first sensor and the second are operable to communicate at least one control action directly to at least one field device associated with the machine.
A pressure sensor comprising: a membrane generating a deformation in response to pressure; a pressure detection circuit including at least four resistors (R1-R4) arranged on the membrane and detecting the deformation of the membrane with a bridge circuit formed by the resistors; the pressure sensor characterized that it comprises: a piezoelectric body disposed on the membrane and detecting the deformation of the membrane; and a changeover unit switching electric power supply to the pressure detection circuit based on a detection signal from the piezoelectric body. a membrane generating a deformation in response to pressure; a pressure detection circuit including at least four resistors (R1-R4) arranged on the membrane and detecting the deformation of the membrane with a bridge circuit formed by the resistors; the pressure sensor characterized that it comprises: a piezoelectric body disposed on the membrane and detecting the deformation of the membrane; and a changeover unit switching electric power supply to the pressure detection circuit based on a detection signal from the piezoelectric body.
An apparatus for the simultaneous casting of multiple components using a directional solidification process comprising; a pouring cup, an array of moulds an array of feed channels extending from the pouring cup to each mould, and a heat deflector comprising a wall arranged on an opposite side of the array of moulds to a heat source and extends lengthwise along the moulds and in thermal contact with the moulds, on a surface of the wall facing the moulds, an array of local deflectors which are each shaped to follow the contour of a mould to which they are positioned adjacent and axially offset with respect to the mould whereby to follow the thermal behavior of material solidifying in the mould.
An absorbent article which includes an absorbent core that has superabsorbent polymers, wherein the absorbent article includes a longitudinal direction that has a front side and a rear side, a width direction, and a thickness direction, and is partitioned into a front body and a rear body, the absorbent core includes a first layer and a second layer which are adjacent to each other in the thickness direction, the first layer includes (i) a groove portion which extends along the longitudinal direction, penetrates in the thickness direction, and includes a terminal edge at a position on a rear side of the groove portion, and (ii) a base portion which is arranged adjacent to the position on the rear side of the groove portion with the terminal edge placed in between, the groove portion and the base portion being arranged at the front body, the second layer includes a groove portion corresponding portion and a base portion corresponding portion at positions which overlap with the groove portion and the base portion in the thickness direction, respectively, and each of an average density of the superabsorbent polymers included in the base portion and an average density of the superabsorbent polymers included in the base portion corresponding portion is larger than an average density of the superabsorbent polymers included in the groove portion corresponding portion, and the groove portion is arranged so that an axis line of the groove portion has an angle of less than 45° with respect to the longitudinal axis line at an arbitrary position. the absorbent article includes a longitudinal direction that has a front side and a rear side, a width direction, and a thickness direction, and is partitioned into a front body and a rear body, the absorbent core includes a first layer and a second layer which are adjacent to each other in the thickness direction, the first layer includes (i) a groove portion which extends along the longitudinal direction, penetrates in the thickness direction, and includes a terminal edge at a position on a rear side of the groove portion, and (ii) a base portion which is arranged adjacent to the position on the rear side of the groove portion with the terminal edge placed in between, the groove portion and the base portion being arranged at the front body, the second layer includes a groove portion corresponding portion and a base portion corresponding portion at positions which overlap with the groove portion and the base portion in the thickness direction, respectively, and each of an average density of the superabsorbent polymers included in the base portion and an average density of the superabsorbent polymers included in the base portion corresponding portion is larger than an average density of the superabsorbent polymers included in the groove portion corresponding portion, and the groove portion is arranged so that an axis line of the groove portion has an angle of less than 45° with respect to the longitudinal axis line at an arbitrary position.
A soundproof housing for an earset, the housing comprising: a housing main body suitable to be coupled with the inside of a front surface case having a case body and a protrusion portion extended from the case body and inserted into the ear, and provided with a speaker accommodation groove for accommodating a speaker and a microphone accommodation groove for accommodating a microphone; a speaker output hole penetratingly formed in the speaker accommodation groove so as to communicate with the front surface case and adjacent to an output end of the speaker; and a microphone input hole penetratingly formed in the microphone accommodation groove so as to communicate with the front surface case and adjacent to an input end of the microphone, wherein the housing main body has a protrusion portion for insertion suitable to be tightly coupled with the inside of a protrusion portion of the front surface case, characterized in that the housing contains a display that shows a direction for combination with the front surface case, the display has an indented form on the side of a soundproof housing. a housing main body suitable to be coupled with the inside of a front surface case having a case body and a protrusion portion extended from the case body and inserted into the ear, and provided with a speaker accommodation groove for accommodating a speaker and a microphone accommodation groove for accommodating a microphone; a speaker output hole penetratingly formed in the speaker accommodation groove so as to communicate with the front surface case and adjacent to an output end of the speaker; and a microphone input hole penetratingly formed in the microphone accommodation groove so as to communicate with the front surface case and adjacent to an input end of the microphone, wherein the housing main body has a protrusion portion for insertion suitable to be tightly coupled with the inside of a protrusion portion of the front surface case, characterized in that the housing contains a display that shows a direction for combination with the front surface case, the display has an indented form on the side of a soundproof housing.
A toy construction system comprising: - a plurality of toy construction elements, each comprising one or more coupling members configured for detachably interconnecting the toy construction elements with each other so as to form a toy construction model (106, 222); - a scanning station comprising an object support (105, 205) for receiving a physical object (106, 222), in particular a toy construction model constructed from one or more of said toy construction elements; - a sensor device (104, 210) operable to capture radiation from a physical object when the physical object is placed on the object support; wherein the scanning station and/or the sensor device are configured to cause the sensor device to receive radiation at different viewpoints relative to the physical object; - an interface configured to transmit a signal indicative of the captured radiation to a processor for processing the captured radiation and for creating a 3D digital representation of the physical object; wherein the object support comprises one or more coupling members configured for detachably connecting one or more of said plurality of toy construction elements of the toy construction model to the object support; characterized in that the object support comprises an object support base and a support element, the support element being detachably connectable to the object support base and comprising said one or more coupling members configured for releasably connecting one or more toy construction elements of the toy construction model to the object support. - a plurality of toy construction elements, each comprising one or more coupling members configured for detachably interconnecting the toy construction elements with each other so as to form a toy construction model (106, 222); - a scanning station comprising an object support (105, 205) for receiving a physical object (106, 222), in particular a toy construction model constructed from one or more of said toy construction elements; - a sensor device (104, 210) operable to capture radiation from a physical object when the physical object is placed on the object support; wherein the scanning station and/or the sensor device are configured to cause the sensor device to receive radiation at different viewpoints relative to the physical object; - an interface configured to transmit a signal indicative of the captured radiation to a processor for processing the captured radiation and for creating a 3D digital representation of the physical object;
A vehicle panoramic roof assembly comprising: a. a lower front structural cross member, which is mounted between the front pillars of the body of the vehicle, b. a rear structural cross member, which is mounted between the rear pillars of the body of the vehicle, c. a front coating cover, which is mounted on the lower front structural cross member, d. a rear coating cover, which is mounted on the rear structural cross member, and e. a panoramic roof, which is mounted between the front coating cover and the rear coating cover, characterised in that the panoramic roof assembly further comprises f. an upper front reinforcement cross member, which is arranged, along the vertical Y-axis of the vehicle, between the front coating cover and the lower front structural cross member, and is configured to mechanically join a perimeter frame, the front coating cover and the lower front structural cross member, and g. the perimeter frame, which is configured and arranged to generate a perimeter support surface of the panoramic roof and is mounted between the rear edge of the upper front reinforcement cross member, the front edge of the rear structural cross member and the parallel side edges generated by the side assemblies of the vehicle, which mechanically couple the front pillars to the rear pillars of the vehicle, the front and rear pillars being arranged at separate locations of a body of the vehicle. a. a lower front structural cross member, which is mounted between the front pillars of the body of the vehicle, b. a rear structural cross member, which is mounted between the rear pillars of the body of the vehicle, c. a front coating cover, which is mounted on the lower front structural cross member, d. a rear coating cover, which is mounted on the rear structural cross member, and e. a panoramic roof, which is mounted between the front coating cover and the rear coating cover, characterised in that the panoramic roof assembly further comprises f. an upper front reinforcement cross member, which is arranged, along the vertical Y-axis of the vehicle, between the front coating cover and the lower front structural cross member, and is configured to mechanically join a perimeter frame, the front coating cover and the lower front structural cross member, and g. the perimeter frame, which is configured and arranged to generate a perimeter support surface of the panoramic roof and is mounted between the rear edge of the upper front reinforcement cross member, the front edge of the rear structural cross member and the parallel side edges generated by the side assemblies of the vehicle, which mechanically couple the front pillars to the rear pillars of the vehicle, the front and rear pillars being arranged at separate locations of a body of the vehicle.
A method for bandwidth part, BWP, switch operation for a user equipment, UE, served by a secondary cell, upon the secondary cell entering a dormant state, the UE operating on a first BWP, wherein the first BWP, a second BWP which is a dormant BWP, and a default BWP are configured for the secondary cell, and the first BWP and the second BWP are not the default BWP, the method comprising: receiving a signaling; and determining whether to switch to the second BWP from the first BWP, upon the secondary cell entering the dormant state, according to the signaling; the method being characterized in further comprising: stopping a BWP inactivity timer of the secondary cell in response to determining to switch to the second BWP. receiving a signaling; and determining whether to switch to the second BWP from the first BWP, upon the secondary cell entering the dormant state, according to the signaling; the method being characterized in further comprising: stopping a BWP inactivity timer of the secondary cell in response to determining to switch to the second BWP.
Brewing head of a hot beverage machine having a brewing chamber to receive a substrate capsule (30; 40) consisting of a fixed brewing chamber part and a movable brewing chamber part, with which the brewing chamber can be opened, having a locking system (140, 230, 161, 163) for closing the two brewing chamber parts (10; 20) to form the brewing chamber and having a seal for the pressure-tight sealing of one of the two brewing chamber parts (10; 20) and the substrate capsule (30; 40) during beverage preparation, and having three operating positions of the brewing chamber, namely an opening position for loading the brewing chamber, a partially closed position in which the brewing chamber is closed and the seal is detensioned and a closed position in which the brewing chamber is likewise closed and the seal is tensioned, and having a cylindrical brewing chamber pot in one of the two brewing chamber parts, which can be moved along an axis between an opening position with a detensioned seal and a closed position with a tensioned seal, characterised by a pre-locking facility (140, 230) as part of the locking system, which locks the two brewing chamber parts (10; 20) together in the partially closed position.
A container, wherein the inner surface of the container is at least partially coated with a coating layer comprising antioxidant other than resveratrol, characterized in that the antioxidant is selected from carotenoids, capsaicin, bilirubin, phytic acid, N-acetylcysteine, R-alpha-lipoic acid, uric acid, and mixtures thereof, carotenoids, lutein, and wherein a concentration of antioxidant differs through a cross-section of the coating layer.
A flux comprising a fundamental flux, wherein the fundamental flux comprises from 80 mol% to 100 mol% KAlF 4,wherein the fundamental flux comprises one or more components selected from the group consisting of K 2 AlF 5, K 3 AlF 6, potassium fluorozincates, cesium fluoroaluminates, potassium fluorostannates and cesium fluorostannates, and hydrates wherein the one or more components are comprised in the fundamental flux from 0 to 20 mol%, adding up with the content of KAlF 4 to 100 mol%, wherein the content of K 3 AlF 6 in the flux is equal to or lower than 2 mol % including 0 mol%, the content of free KF in the flux is lower than 0.2 % by weight including 0 % by weight, and wherein the flux further comprises from 0.1 to 20 weight% relative to the total weight of the flux of at least one additive salt, wherein the at least one additive salt comprises at least one anion selected from the group consisting of F -, CO 3 2-, O 2-, nitrate, phosphate, borate, metaborate and oxalate, and at least one cation selected from the group consisting of earth alkali metal cations.
A shipping container for transporting livestock comprising: a. a container having an inferior storage space; b. a livestock storage area 62 formed in the interior storage space; c. a feed storage area 64 formed in the interior storage space and separated from the livestock storage area 62 the feed storage area 64 comprising: i. a substantially horizontal overhead space 61 formed in the interior storage space; and ii. a substantially vertical sidewall space 63 formed in the interior storage space, wherein the substantially horizontal overhead space 61 and the substantially vertical sidewall space 63 form a continuous opening in the interior storage space; d. a feed partition 66 dividing the interior storage space into the livestock storage area 62 and the feed storage area 64, wherein the feed partition 66 comprises a vertical partition 76 and a horizontal partition 74 connected to the vertical partition 76. a. a container having an inferior storage space; b. a livestock storage area 62 formed in the interior storage space; c. a feed storage area 64 formed in the interior storage space and separated from the livestock storage area 62 the feed storage area 64 comprising: i. a substantially horizontal overhead space 61 formed in the interior storage space; and ii. a substantially vertical sidewall space 63 formed in the interior storage space, wherein the substantially horizontal overhead space 61 and the substantially vertical sidewall space 63 form a continuous opening in the interior storage space; i. a substantially horizontal overhead space 61 formed in the interior storage space; and ii. a substantially vertical sidewall space 63 formed in the interior storage space, wherein the substantially horizontal overhead space 61 and the substantially vertical sidewall space 63 form a continuous opening in the interior storage space; d. a feed partition 66 dividing the interior storage space into the livestock storage area 62 and the feed storage area 64, wherein the feed partition 66 comprises a vertical partition 76 and a horizontal partition 74 connected to the vertical partition 76.