mhurhangee/ep-ind-claims huggingface dataset:
Method to obtain a treated food product, characterized in that it provides at least: - to place at least one quick-frozen or frozen food product, contained and packaged in a respective vacuum-packed wrapping, in a hyperbaric chamber that defines a positive temperature environment; - to defrost said food product placed in said hyperbaric chamber defining said positive temperature environment, subjecting said food product to a hydrostatic pressure comprised between 1000bar and 7000bar until said food product is brought to a suitable positive temperature, thereby defrosting it; - to cook said defrosted food product contained and packaged in said vacuum-packed wrapping. - to place at least one quick-frozen or frozen food product, contained and packaged in a respective vacuum-packed wrapping, in a hyperbaric chamber that defines a positive temperature environment; - to defrost said food product placed in said hyperbaric chamber defining said positive temperature environment, subjecting said food product to a hydrostatic pressure comprised between 1000bar and 7000bar until said food product is brought to a suitable positive temperature, thereby defrosting it; - to cook said defrosted food product contained and packaged in said vacuum-packed wrapping.
A wireless power feeding device comprising: a power source portion configured to change a feeding voltage value; a power feeding coil configured to generate a power feeding magnetic field by supply of an AC thereto from the power source portion; and a power feeding device side control portion configured to control the feeding voltage value of the power source portion, characterized in that the power feeding device side control portion is further configured to set a target receiving voltage value on the basis of a load resistance of a load of a power receiving device and on the basis of a load power value of the load; wherein the load resistance of the load is set by using a coupling coefficient between the power feeding coil and a power receiving coil that is provided outside and that receives electric power through the power feeding magnetic field of the power feeding coil. a power source portion configured to change a feeding voltage value; a power feeding coil configured to generate a power feeding magnetic field by supply of an AC thereto from the power source portion; and a power feeding device side control portion configured to control the feeding voltage value of the power source portion, characterized in that the power feeding device side control portion is further configured to set a target receiving voltage value on the basis of a load resistance of a load of a power receiving device and on the basis of a load power value of the load; wherein the load resistance of the load is set by using a coupling coefficient between the power feeding coil and a power receiving coil that is provided outside and that receives electric power through the power feeding magnetic field of the power feeding coil.
A method of network entity selection, comprising a first network apparatus furnishing and providing in a session description protocol attribute an identity of a media gateway being pre-selected by the first network apparatus, and the first network apparatus providing in one of the session description protocol attribute and a separate session description protocol attribute verification information for said pre-selected media gateway identity, wherein the provided verification information is a network address of the pre-selected media gateway and enables a determination to be made whether address information of the media gateway provided by the first network apparatus has been modified following transmission of this information from the first network apparatus to determine whether the pre-selected media gateway identity is applicable for media gateway selection at a second network apparatus, wherein the identity of the media gateway and the verification information are provided by the first network apparatus in a session description protocol offer. a first network apparatus furnishing and providing in a session description protocol attribute an identity of a media gateway being pre-selected by the first network apparatus, and the first network apparatus providing in one of the session description protocol attribute and a separate session description protocol attribute verification information for said pre-selected media gateway identity, the provided verification information is a network address of the pre-selected media gateway and enables a determination to be made whether address information of the media gateway provided by the first network apparatus has been modified following transmission of this information from the first network apparatus to determine whether the pre-selected media gateway identity is applicable for media gateway selection at a second network apparatus, wherein the identity of the media gateway and the verification information are provided by the first network apparatus in a session description protocol offer.
A hot forging die for hot-forging a rod-shaped forging material by radial forging, the hot forging die comprising a pair of halved pressing portions for interposing the forging material between the pair of the halved pressing portions, each of the halved pressing portions being a convex portion having a substantially semicircular cross-section when seen from a direction perpendicular to a longitudinal direction of the forging material, the convex portion being continuous so as to surround the forging material, wherein each of the halved pressing portions includes rough processing portions and a finishing portion being a convex portion having a larger curvature radius in the substantially semicircular cross-section than the rough processing portions; characterized in that each of the halved pressing portions has an arc shape, wherein each of the halved pressing portions includes: the finishing portion formed around a bottom of the arc shape, and rough processing portions formed on each of both end sides of the arc shape. the finishing portion formed around a bottom of the arc shape, and rough processing portions formed on each of both end sides of the arc shape.
A Universal Serial Bus isolating device, comprising: a downstream facing circuit coupled to a peripheral device via a first pair of signals, configured for detecting a speed at which the peripheral device is operating based on a first resistor configuration on the first pair of signals; an upstream facing circuit coupled to the downstream facing circuit and a host/hub via a second pair of signals, configured for communicating with the downstream facing circuit on the speed of the peripheral device and adaptively creating a second resistor configuration on the second pair of signals to facilitate the host/hub to adapt to the speed of the peripheral device, and an impedance detector for detecting the first resistor configuration which indicates a disconnect condition when the peripheral device is disconnected, and a connected condition when the peripheral device is connected, characterized in further comprising: a detection circuit for receiving detected information from the impedance detector to identify an idle period, determine the speed of the peripheral device during an idle state, and to control the setting of the peripheral device's speed configuration during the idle state, wherein the idle state is a period between consecutive data transmissions. a downstream facing circuit coupled to a peripheral device via a first pair of signals, configured for detecting a speed at which the peripheral device is operating based on a first resistor configuration on the first pair of signals; an upstream facing circuit coupled to the downstream facing circuit and a host/hub via a second pair of signals, configured for communicating with the downstream facing circuit on the speed of the peripheral device and adaptively creating a second resistor configuration on the second pair of signals to facilitate the host/hub to adapt to the speed of the peripheral device, and an impedance detector for detecting the first resistor configuration which indicates a disconnect condition when the peripheral device is disconnected, and a connected condition when the peripheral device is connected, characterized in further comprising: a detection circuit for receiving detected information from the impedance detector to identify an idle period, determine the speed of the peripheral device during an idle state, and to control the setting of the peripheral device's speed configuration during the idle state, wherein the idle state is a period between consecutive data transmissions. a detection circuit for receiving detected information from the impedance detector to identify an idle period, determine the speed of the peripheral device during an idle state, and to control the setting of the peripheral device's speed configuration during the idle state, wherein the idle state is a period between consecutive data transmissions.
Portable electronic payment terminal, comprising at least one removable battery, said removable battery carrying an electronic chip containing at least one item of identification information related to said removable battery and able to communicate with contactless reading means present in said terminal, said terminal comprising means of communicating with a control server, said terminal comprising: - means of transmitting by the terminal said identification information to said control server when switching the terminal on and/or at reinitialisation of the terminal and/or when a battery is inserted in the terminal and/or when going into a particular state of said terminal and/or before each bank transaction from the terminal and/or regularly; - means of receiving from said server conformity or non-conformity information according to whether said identification information belongs to a list of identification information approved by said manufacturer, updated by said manufacturer of said terminal and stored in said server; - means of blocking said terminal, if said means of receiving do not receive said conformity or non-conformity information. - means of transmitting by the terminal said identification information to said control server when switching the terminal on and/or at reinitialisation of the terminal and/or when a battery is inserted in the terminal and/or when going into a particular state of said terminal and/or before each bank transaction from the terminal and/or regularly; - means of receiving from said server conformity or non-conformity information according to whether said identification information belongs to a list of identification information approved by said manufacturer, updated by said manufacturer of said terminal and stored in said server; - means of blocking said terminal, if said means of receiving do not receive said conformity or non-conformity information.
An easy-slide zipper (100a, 100b, 100c, 100d, 100e), wherein the easy-slide zipper (100a, 100b, 100c, 100d, 100e) comprises a first tape (1a, 1b, 1d, 1e), a second tape (2a, 2b, 2d, 2e), at least one joining tape (3a, 3a1, 3a2, 3b, 3c, 3d, 3e) and at least one chain set; the first tape (1a, 1b, 1d, 1e), the second tape (2a, 2b, 2d, 2e) and the joining tape (3a, 3a1, 3a2, 3b, 3c, 3d, 3e) are arranged apart in a direction perpendicular to a longitudinal direction; the first tape (1a, 1b, 1d, 1e) and the second tape (2a, 2b, 2d, 2e) are respectively arranged on edges at opposite sides of the joining tape (3a, 3al, 3a2, 3b, 3c, 3d, 3e), wherein the chain set is arranged between two adjacent tapes; characterized in that the chain set comprises male teeth (10a, 10d, 20a, 31e, 32e, 32d) and female teeth (10e, 20e, 20d, 31a, 31d, 32a) which match with each other; the female teeth (10e, 20e, 20d, 31a, 31d, 32a) are arranged apart on one tape, and the male teeth (10a, 10d, 20a, 31e, 32e, 32d) are arranged apart on another tape; when two tapes move relative to each other in a longitudinal direction, the male teeth (10a, 10d, 20a, 31e, 32e, 32d) slide longitudinally relative to the female teeth (10e, 20e, 20d, 31a, 31d, 32a); the male teeth (10a, 10d, 20a, 31e, 32e, 32d) and the female teeth (10e, 20e, 20d, 31a, 31d, 32a) are arranged in different length in a longitudinal direction to form a first chain and a second chain; a length of the first chain is greater than a length of the second chain. wherein the chain set is arranged between two adjacent tapes; characterized in that the chain set comprises male teeth (10a, 10d, 20a, 31e, 32e, 32d) and female teeth (10e, 20e, 20d, 31a, 31d, 32a) which match with each other; the female teeth (10e, 20e, 20d, 31a, 31d, 32a) are arranged apart on one tape, and the male teeth (10a, 10d, 20a, 31e, 32e, 32d) are arranged apart on another tape; when two tapes move relative to each other in a longitudinal direction, the male teeth (10a, 10d, 20a, 31e, 32e, 32d) slide longitudinally relative to the female teeth (10e, 20e, 20d, 31a, 31d, 32a); the male teeth (10a, 10d, 20a, 31e, 32e, 32d) and the female teeth (10e, 20e, 20d, 31a, 31d, 32a) are arranged in different length in a longitudinal direction to form a first chain and a second chain; a length of the first chain is greater than a length of the second chain.
A cleaning apparatus for cleaning solar installation surfaces or photovoltaic installation surfaces, comprising a carrier; at least one cleaning roller rotatably supported at the carrier; and a rotary drive (15, 17) for the cleaning roller, wherein the rotary drive (15, 17) is configured as a fluid drive in which the flow of a cleaning fluid supplied to the cleaning roller for cleaning purposes is converted into a drive movement for the cleaning roller; wherein the rotary drive (15, 17) is configured to hold the cleaning roller at at least one end face and to supply the cleaning fluid to the interior of the cleaning roller at the end face, characterized in that a downstream transmission arrangement is provided to whose outlet the cleaning brush is coupled at the end face.
A rib foot cleat for sealing around a stringer passing through a rib mousehole in an aircraft assembly, the rib foot cleat comprising: a cleat body for attaching to a rib at a rib mousehole and defining a cleat channel configured to be arranged over a stringer; and an injection hole through the cleat body in fluid communication with the cleat channel to allow a sealant material to be injected through the injection hole in to the cleat channel for sealing around the stringer, wherein the cleat channel is U-shaped and terminates at a first channel opening rim on one side of the cleat body and at a second channel opening rim on an opposite side of the cleat body, and characterised in that the cleat channel further comprises a channel lip that extends at least partially around an interior of the cleat channel adjacent the first and/or second channel opening rim, wherein the channel lip is configured to delimit the sealant material injected through the injection hole. a cleat body for attaching to a rib at a rib mousehole and defining a cleat channel configured to be arranged over a stringer; and an injection hole through the cleat body in fluid communication with the cleat channel to allow a sealant material to be injected through the injection hole in to the cleat channel for sealing around the stringer, wherein the cleat channel is U-shaped and terminates at a first channel opening rim on one side of the cleat body and at a second channel opening rim on an opposite side of the cleat body, and characterised in that the cleat channel further comprises a channel lip that extends at least partially around an interior of the cleat channel adjacent the first and/or second channel opening rim, wherein the channel lip is configured to delimit the sealant material injected through the injection hole.
A system for increasing spectral efficiency, comprising: a 1:N signal stream splitter, configured to receive a signal stream, and split the signal stream into N sub-streams, N being an integer greater than one; N forward error encoding -scramblers (206, 208), configured to receive the N sub-streams and output a corresponding N scrambled FEC encoded sub-streams, wherein each of the N FEC-scramblers includes a corresponding one of N FEC units and a corresponding one of N scramblers, and wherein, in each of the N FEC-scramblers, the FEC encoder is configured to receive a corresponding one of the N sub-streams, apply an FEC process to the sub-stream, and generate a corresponding FEC encoded sub-stream, to form N FEC encoded sub-streams, and the scrambler is configured to receive the generated FEC encoded sub-stream and output a corresponding scrambled FEC encoded sub-stream, to form N scrambled FEC encoded sub-streams by applying N scrambling processes to the N sub-streams wherein each of the N scrambling processes is mutually different from the N-1 other scrambling processes; N modulator devices, each configured to receive a corresponding one of the N scrambled FEC encoded sub-streams and to modulate a carrier signal with the scrambled FEC encoded sub-stream, and generate a corresponding modulated carrier signal, to form N modulated carrier signals, each carrying a corresponding one of the scrambled FEC encoded sub-streams; and An N:1 combiner/transmitter device (214, 216), configured to combine and transmit the N modulated carrier signals. a 1:N signal stream splitter, configured to receive a signal stream, and split the signal stream into N sub-streams, N being an integer greater than one; N forward error encoding -scramblers (206, 208), configured to receive the N sub-streams and output a corresponding N scrambled FEC encoded sub-streams, wherein each of the N FEC-scramblers includes a corresponding one of N FEC units and a corresponding one of N scramblers, and wherein, in each of the N FEC-scramblers, the FEC encoder is configured to receive a corresponding one of the N sub-streams, apply an FEC process to the sub-stream, and generate a corresponding FEC encoded sub-stream, to form N FEC encoded sub-streams, and the scrambler is configured to receive the generated FEC encoded sub-stream and output a corresponding scrambled FEC encoded sub-stream, to form N scrambled FEC encoded sub-streams by applying N scrambling processes to the N sub-streams wherein each of the N scrambling processes is mutually different from the N-1 other scrambling processes; N modulator devices, each configured to receive a corresponding one of the N scrambled FEC encoded sub-streams and to modulate a carrier signal with the scrambled FEC encoded sub-stream, and generate a corresponding modulated carrier signal, to form N modulated carrier signals, each carrying a corresponding one of the scrambled FEC encoded sub-streams; and An N:1 combiner/transmitter device (214, 216), configured to combine and transmit the N modulated carrier signals.
An anvil assembly comprising: a center rod assembly; and a head assembly pivotally supported on the center rod assembly between an operative position and a tilted position, the head assembly including: a housing; a post extending proximally from the housing; and a backup member operably supported about the post, wherein the backup member is movable from a first position in which a portion of the backup member is positioned to prevent pivotal movement of the head assembly from the operative position to the tilted position, to a second position in which the backup member is positioned to permit pivotal movement of the head assembly from the operative position to a tilted position; characterised in that the post defines a proximal annular groove and the backup member includes a first locking feature and a second locking feature receivable within the proximal annular groove of the post to maintain the backup member in the first position. a center rod assembly; and a head assembly pivotally supported on the center rod assembly between an operative position and a tilted position, the head assembly including: a housing; a post extending proximally from the housing; and a backup member operably supported about the post, wherein the backup member is movable from a first position in which a portion of the backup member is positioned to prevent pivotal movement of the head assembly from the operative position to the tilted position, to a second position in which the backup member is positioned to permit pivotal movement of the head assembly from the operative position to a tilted position; characterised in that the post defines a proximal annular groove and the backup member includes a first locking feature and a second locking feature receivable within the proximal annular groove of the post to maintain the backup member in the first position. a housing; a post extending proximally from the housing; and a backup member operably supported about the post, wherein the backup member is movable from a first position in which a portion of the backup member is positioned to prevent pivotal movement of the head assembly from the operative position to the tilted position, to a second position in which the backup member is positioned to permit pivotal movement of the head assembly from the operative position to a tilted position; characterised in that the post defines a proximal annular groove and the backup member includes a first locking feature and a second locking feature receivable within the proximal annular groove of the post to maintain the backup member in the first position.
A hybrid module for a drive train of a motor vehicle, comprising an electric machine, a clutch device and a disconnect clutch, wherein the disconnect clutch is coupled on the one hand to a dual-mass flywheel and on the other hand to an intermediate shaft and has a frictionally engageable stack comprising a pressure plate, a counter plate and at least one intermediate plate, and clutch discs (43, 44) engaging therebetween, wherein the pressure plate, the intermediate plate and the clutch discs (43, 44) are axially movable, wherein the pressure plate, the intermediate plate and the counter plate are connected to an outer disc carrier, wherein the counter plate is firmly connected to the outer disc carrier, while the intermediate plate and the pressure plate are guided non-rotatably but axially movably on the outer disc carrier by toothed engagement, characterized in that the outer disc carrier is coupled to the dual-mass flywheel by toothed engagement, the outer disc carrier has an annular axial flange, which is shaped to form an axially extending internal toothing, wherein the internal toothing forms part of the toothed engagement with the pressure plate and the intermediate plate, and the outer disc carrier is additionally shaped to form an axially extending outer toothing, wherein the outer toothing forms part of the toothed engagement with the dual-mass flywheel.
Sliding element comprising a copper alloy which contains the following components (in % by weight): from 2.3 to 2.7% Ni, from 0.45 to 0.65% Si, up to 1.5% Ti and/or Cr, optionally from 0.05 to 1.5% Co, optionally from 0.05 to 0.1% Mg, Al, Fe, respectively, optionally from 0.01 to 0.1% Pb, optionally from 0.002 to 0.01% P, the balance being Cu and unavoidable impurities, characterised in that - the Ti content is at least 0.2% by weight and - in that the ratio of the total of the Ni content [Ni], Ti content [Ti] and Cr content [Cr] in relation to the Si content [Si] is: 4.3 ≤ Ni + Ti + Cr / Si ≤ 6.5. from 2.3 to 2.7% Ni, from 0.45 to 0.65% Si, up to 1.5% Ti and/or Cr, optionally from 0.05 to 1.5% Co, optionally from 0.05 to 0.1% Mg, Al, Fe, respectively, optionally from 0.01 to 0.1% Pb, optionally from 0.002 to 0.01% P, the balance being Cu and unavoidable impurities, characterised in that - the Ti content is at least 0.2% by weight and - in that the ratio of the total of the Ni content [Ni], Ti content [Ti] and Cr content [Cr] in relation to the Si content [Si] is: 4.3 ≤ Ni + Ti + Cr / Si ≤ 6.5. - the Ti content is at least 0.2% by weight and - in that the ratio of the total of the Ni content [Ni], Ti content [Ti] and Cr content [Cr] in relation to the Si content [Si] is: 4.3 ≤ Ni + Ti + Cr / Si ≤ 6.5.