mhurhangee/ep-ind-claims huggingface dataset:
A machine for processing and/or packaging objects, the machine having an essentially horizontal transport path for conveying articles, bundles and/or packaging units, which machine comprises a first horizontal conveying device with at least one transport means for a first operating mode, which first horizontal conveying device is replaceable by a further horizontal conveying device with at least one second transport means, which is different from the first transport means, for the purpose of establishing at least one further operating mode, wherein the first transport means is removable in a horizontal and/or vertical direction from the range of the transport path for the articles, bundles and/or packaging units and is replaceable by a multi-part second horizontal conveying device with in each case at least one endlessly circulating support surface, which second horizontal conveying device is deposited in a rest position above a conveying level in a first operating mode and assumes the position of the transport route and forms a part of the transport path in a second operating mode, wherein the first horizontal conveying device is designed in multiple parts and has a parting line in longitudinal direction or in the direction of transport, as the case may be, wherein the at least two parts of the first horizontal conveying device are joined in the area of the parting line or placed only slightly spaced apart from each other and function as a single horizontal conveying device for the first operating mode, and wherein the at least two parts of the first horizontal conveying device are pulled apart in the area of the parting line to both lateral directions of the transport path and are spaced apart from each other for the second operating mode, wherein the space thus resulting enables to install the second horizontal conveying device such that the second horizontal conveying device in the second operating mode assumes the position of the transport route and thus forms that part of the transport path that, in the first operating mode, is formed by the first horizontal conveying device, which has been detached and shifted laterally, wherein both in the first and in the second operating mode articles or containers are being transported in each case on one of the two transport paths, and wherein the horizontal conveying devices (14, 24) or, as the case may be, the transport means (15, 25) are each provided with their own drives, in particular, with flange-mounted electric motors.
An antenna, comprising a metal trace, an antenna feeder, a power connector, a printed circuit board, PCB, a control switch and one reactive element, wherein the metal trace and the antenna feeder are connected at a feed point; the power connector is disposed on the PCB; wherein the power connector is a universal serial bus, USB, connector of a data card; the reactive element is disposed on one surface of the PCB which is opposite to a surface where the feed point is located; and either a radio frequency signal of the antenna is only at a low frequency, wherein the control switch is configured to control the reactive element to be in a connected state to achieve the radiation effect at the low frequency, or a radio frequency signal of the antenna is only at a high frequency, wherein the control switch is configured to control the reactive element to be in a disconnected state to achieve the radiation effect at the high frequency; wherein the low frequency ranges from 791 to 960 MHz, the high frequency ranges from 1710 to 2170 MHz and/or from 2500 to 2690 MHz.
A system for inspecting a part, the system comprising: a first laser that transmits a first light signal to the part so that the first light signal reflects off a first sidewall of the part; a first sensor that receives the reflected first light signal; and a controller communicatively coupled with the first laser and the first sensor, wherein the controller: generates first portion data representative of a first portion of a part profile from the reflected first light signal; generates first derivative data representative of a first derivative of the first portion from the first portion data; generates second derivative data representative of a second derivative of the first portion from the first derivative data; determines first sidewall data representative of the first sidewall from the first portion data according to the first derivative data and the second derivative data; generates first sidewall angle data representative of a first sidewall angle from the first sidewall data; and determines a first sidewall quality based on the first sidewall angle data. a first laser that transmits a first light signal to the part so that the first light signal reflects off a first sidewall of the part; a first sensor that receives the reflected first light signal; and a controller communicatively coupled with the first laser and the first sensor, wherein the controller: generates first portion data representative of a first portion of a part profile from the reflected first light signal; generates first derivative data representative of a first derivative of the first portion from the first portion data; generates second derivative data representative of a second derivative of the first portion from the first derivative data; determines first sidewall data representative of the first sidewall from the first portion data according to the first derivative data and the second derivative data; generates first sidewall angle data representative of a first sidewall angle from the first sidewall data; and determines a first sidewall quality based on the first sidewall angle data. generates first portion data representative of a first portion of a part profile from the reflected first light signal; generates first derivative data representative of a first derivative of the first portion from the first portion data; generates second derivative data representative of a second derivative of the first portion from the first derivative data; determines first sidewall data representative of the first sidewall from the first portion data according to the first derivative data and the second derivative data; generates first sidewall angle data representative of a first sidewall angle from the first sidewall data; and determines a first sidewall quality based on the first sidewall angle data.
A downhole apparatus comprising a base pipe having a longitudinal axis, a radially expanding portion (26, 14) disposed on the base pipe, said radially expanding portion comprising a swellable elastomeric material selected to increase in volume on exposure to at least one predetermined fluid; and a support assembly, wherein the support assembly comprises a main support component disposed at a longitudinal end of the radially expanding portion (26, 14), said main support component extending radially and longitudinally of the base pipe to at least partially cover a volume portion of said end of the radially expanding portion (26, 14); characterised in that the apparatus further comprises an energising member axially movably disposed on the base pipe between the longitudinal end of the radially expanding portion (26, 14) and the main support component; and in that the apparatus further comprises a pivot radially displaced from an outer surface of the base pipe to permit a pivoting movement of the main support component with respect to said base pipe, the pivoting movement about the pivot of a part of the main support component which is radially outward of the pivot generating a compressive force on the energising member.
Drilling device which comprises a pilot bit drilling a middle portion of a hole, to said bit detachable fastened ring bit said ring bit drilling the outer circle of the hole, as well as an arrangement for pulling a casing tube into said hole during drilling, wherein in the drilling situation both the pilot bit and the ring bit are fitted to be rotated and the casing tube fitted to be unrotatable, and for removing drilling waste from a drilled surface located at front side of said bits (1,2) the drilling device comprises a flushing system, by means of which a flushing medium is lead via the pilot bit to the drilling surface and returned therefrom into a flow space located inside the casing tube, characterized in that the flushing system comprises a channel system comprising an axial channel and, in a radial outward direction, a hole having a length providing for the flushing medium a motion in the radial outward direction and after the length having an open side towards the drilled surface thereby forming a groove (5,6), whereby the flushing medium flow has been by means of the channel system (8, 6) turned inside the pilot bit to a flow which is flowing in the radial outward direction, arranged to run a portion (a) inside the pilot bit in the radial and outward direction before the flow will run in the groove (5, 6) on the surface of the pilot bit, which groove is open towards the drilled surface.
A handling apparatus for handling rod-shaped storage devices, like smoking rods, configured to be loaded with at least one sausage-shaped product, like a sausage, having a sausage-shaped body and a suspension element, like a suspension loop, wherein the at least one sausage-shaped product can be suspended on a rod-shaped storage device by their suspension elements, the handling apparatus comprises: a carrier device (100, 1100) including supporting means (114, 1112) for supporting a rod-shaped storage device and at least one receiving means (120, 1120) oriented in a receiving direction and configured to receive a suspension element of the at least one sausage-shaped product suspended on said rod-shaped storage device, a preventing device (200, 1200) being arranged in an at least approximately vertical direction below the carrier device (100, 1100) and including at least one preventing means (220, 1220) configured to cooperate with the at least one receiving means (120, 1120) of the carrier device (100, 1100) for securing the suspension element of the at least one sausage-shaped product being received in the at least one receiving means (120, 1120) of the carrier device (100, 1100), and drive means for reversibly enabling a relative movement among the carrier device (100, 1100) and the preventing device (200, 1200) between a receiving position and a securing position. a carrier device (100, 1100) including supporting means (114, 1112) for supporting a rod-shaped storage device and at least one receiving means (120, 1120) oriented in a receiving direction and configured to receive a suspension element of the at least one sausage-shaped product suspended on said rod-shaped storage device, a preventing device (200, 1200) being arranged in an at least approximately vertical direction below the carrier device (100, 1100) and including at least one preventing means (220, 1220) configured to cooperate with the at least one receiving means (120, 1120) of the carrier device (100, 1100) for securing the suspension element of the at least one sausage-shaped product being received in the at least one receiving means (120, 1120) of the carrier device (100, 1100), and drive means for reversibly enabling a relative movement among the carrier device (100, 1100) and the preventing device (200, 1200) between a receiving position and a securing position.
Method for transmission of content, executed by a content transmission device (3, 5), comprising: - receiving, from a client device, a content request specifying a requested content and at least one content reception deadline in an application layer part, - encapsulating the requested content in a plurality of successive TCP segments, and - sending the successive TCP segments to the client device by applying a congestion avoidance mechanism using a congestion window (cwnd), characterized in that said congestion window (cwnd) is determined by: - determining a minimum bitrate required for transmitting the requested content to the client device by the content reception deadline, - determining a round-trip time between said content transmission device and said client device, and - setting said congestion window (cwnd) equal to or greater than the product of said minimum bitrate and said round-trip time. - receiving, from a client device, a content request specifying a requested content and at least one content reception deadline in an application layer part, - encapsulating the requested content in a plurality of successive TCP segments, and - sending the successive TCP segments to the client device by applying a congestion avoidance mechanism using a congestion window (cwnd), characterized in that said congestion window (cwnd) is determined by: - determining a minimum bitrate required for transmitting the requested content to the client device by the content reception deadline, - determining a round-trip time between said content transmission device and said client device, and - setting said congestion window (cwnd) equal to or greater than the product of said minimum bitrate and said round-trip time. - determining a minimum bitrate required for transmitting the requested content to the client device by the content reception deadline, - determining a round-trip time between said content transmission device and said client device, and - setting said congestion window (cwnd) equal to or greater than the product of said minimum bitrate and said round-trip time.
A mask for use in depositing a thin film on a partially fabricated display device including a plurality of sub-pixel regions, the mask comprising: a first region including an array of first openings which correspond to each region of a plurality of the sub-pixel regions, each of the first openings having a first length measured along a first axis and being adapted to deposit one of the plurality of sub-pixel regions, the first region having an edge extending along a second axis perpendicular to the first axis; and a second region adjoining the edge of the first region, the second region including an array of second openings which correspond to at least two sub-pixel regions of a plurality of the sub-pixel regions and which are positioned on both edges of the first region having a plurality of the first openings, each of the second openings having a second length measured along the first axis, wherein each of the first openings has a first width measured along the second axis, each of the second openings has a second width measured along the second axis, and the first width is the same as the second width; wherein the second openings are aligned with the first openings along the first axis characterized in that each of the second openings having the second length being at least twice the length of the first length and is adapted to deposit at least two of the plurality of sub-pixel regions. a first region including an array of first openings which correspond to each region of a plurality of the sub-pixel regions, each of the first openings having a first length measured along a first axis and being adapted to deposit one of the plurality of sub-pixel regions, the first region having an edge extending along a second axis perpendicular to the first axis; and a second region adjoining the edge of the first region, the second region including an array of second openings which correspond to at least two sub-pixel regions of a plurality of the sub-pixel regions and which are positioned on both edges of the first region having a plurality of the first openings, each of the second openings having a second length measured along the first axis, wherein each of the first openings has a first width measured along the second axis, each of the second openings has a second width measured along the second axis, and the first width is the same as the second width; wherein the second openings are aligned with the first openings along the first axis characterized in that each of the second openings having the second length being at least twice the length of the first length and is adapted to deposit at least two of the plurality of sub-pixel regions.
A method for manufacturing paper using recycled fiber as a raw material, comprising: a pulping procedure comprising pulping the raw material containing recycled fiber, and a papermaking procedure comprising producing paper with the pulp slurry obtained in the pulping procedure; wherein the total starch content in recycled fiber is measured before recycled fiber is pulped, and when the total starch content in recycled fiber is higher than a predetermined value, one or more biocides are added during the pulping procedure, wherein the predetermined value is 0.1~100g starch/kg recycled fiber. a pulping procedure comprising pulping the raw material containing recycled fiber, and a papermaking procedure comprising producing paper with the pulp slurry obtained in the pulping procedure; wherein the total starch content in recycled fiber is measured before recycled fiber is pulped, and when the total starch content in recycled fiber is higher than a predetermined value, one or more biocides are added during the pulping procedure, wherein the predetermined value is 0.1~100g starch/kg recycled fiber.
A volatile resistive memory device comprising a resistive memory element including a barrier material portion and a charge-modulated resistive memory material portion characterised in that the device further comprises: a sense circuitry configured to measure a resistive state of the resistive memory element by measurement of an electrical current therethrough under a read voltage; and a data refresh circuitry configured to periodically refresh the resistive state of the resistive memory element by rewriting stored data in the resistive memory element upon measurement of the stored data employing the sense circuitry; and wherein the data refresh circuitry comprises: a latch configured to store data representing the resistive state of the resistive memory element as measured employing the sense circuitry; and a level shifter configured to shift a voltage level of the data representing the resistive state of the resistive memory element in the latch to another voltage level that reprograms the resistive memory element. a sense circuitry configured to measure a resistive state of the resistive memory element by measurement of an electrical current therethrough under a read voltage; and a data refresh circuitry configured to periodically refresh the resistive state of the resistive memory element by rewriting stored data in the resistive memory element upon measurement of the stored data employing the sense circuitry; and wherein the data refresh circuitry comprises: a latch configured to store data representing the resistive state of the resistive memory element as measured employing the sense circuitry; and a level shifter configured to shift a voltage level of the data representing the resistive state of the resistive memory element in the latch to another voltage level that reprograms the resistive memory element. a latch configured to store data representing the resistive state of the resistive memory element as measured employing the sense circuitry; and a level shifter configured to shift a voltage level of the data representing the resistive state of the resistive memory element in the latch to another voltage level that reprograms the resistive memory element.
A method of transmitting data over a communication channel, the method comprising: receiving a plurality of information symbols: encoding an NxM array containing the plurality of information symbols into a two-dimensional array of orthogonal time frequency space, OTFS, modulation symbols wherein the array of OTFS modulation symbols is included in a time frequency frame along with one or more OFDM symbols, the encoding being performed in accordance with an OTFS transform given by: X n m = 1 MN W tr n m ∑ k = 0 N = 1 ∑ l = 0 M = 1 x l k b k, l n m b k, l n m = e j 2 π ml M − nk N where x [ l,k],k = 0,..., N ― 1, l = 0,..., M ― 1 represents the NxM array containing the plurality of information symbols, X [ n, m], n = 0,..., N ― 1, m = 0,..., M ― 1 represents the two-dimensional array of modulation symbols, W tr [ n, m] is a windowing function, and b k,l [ n, m] represents a plurality of two-dimensional basis functions related to an inverse symplectic transform; transmitting the two-dimensional array of OTFS modulation symbols using M subcarriers; and transmitting the one or more OFDM symbols using at least one OFDM subcarrier. encoding an NxM array containing the plurality of information symbols into a two-dimensional array of orthogonal time frequency space, OTFS, modulation symbols wherein the array of OTFS modulation symbols is included in a time frequency frame along with one or more OFDM symbols, the encoding being performed in accordance with an OTFS transform given by: X n m = 1 MN W tr n m ∑ k = 0 N = 1 ∑ l = 0 M = 1 x l k b k, l n m b k, l n m = e j 2 π ml M − nk N where x [ l,k],k = 0,..., N ― 1, l = 0,..., M ― 1 represents the NxM array containing the plurality of information symbols, X [ n, m], n = 0,..., N ― 1, m = 0,..., M ― 1 represents the two-dimensional array of modulation symbols, W tr [ n, m] is a windowing function, and b k,l [ n, m] represents a plurality of two-dimensional basis functions related to an inverse symplectic transform; transmitting the two-dimensional array of OTFS modulation symbols using M subcarriers; and transmitting the one or more OFDM symbols using at least one OFDM subcarrier.
A mechanical seal assembly for sealing between a high pressure region and a low pressure region, comprising: - a stationary seal ring connectable to a stationary component; - a rotating seal ring connectable to a rotating component; - a divided power absorption ring arrangeable at the rotating component; and - a compensation ring unit comprising a first ring, a second ring and a third ring, - wherein the compensation ring unit is arranged in the power flow between the high pressure region and the divided power absorption ring, - characterized in that the first ring and the second ring have a higher strength than the third ring. - a stationary seal ring connectable to a stationary component; - a rotating seal ring connectable to a rotating component; - a divided power absorption ring arrangeable at the rotating component; and - a compensation ring unit comprising a first ring, a second ring and a third ring, - wherein the compensation ring unit is arranged in the power flow between the high pressure region and the divided power absorption ring, - characterized in that the first ring and the second ring have a higher strength than the third ring.