mhurhangee/ep-ind-claims huggingface dataset:
Pressing device (1, 1', 1", 1''', 1'''') comprising: at least one carrier element with at least one carrier opening (3, 3'), at least one pressing element (5, 5') with at least one bearing opening (6, 6'), for applying a pressing force to a workpiece, wherein the at least one pressing element (5, 5') is mounted on the carrier element such that it can be pivoted about at least one pivot axis (A1, A2), wherein a respective bolt (8, 8') extends through the at least one carrier opening (3, 3') and the bearing opening (6, 6'), said bolt providing the bearing means and the pivot axis (A1, A2), wherein the bolt (8, 8') is secured at the end, by a non-releasable securing element (11, 11'; 12, 12'; 13, 13'), in respect of axial displacement in relation to the carrier element in the bearing opening (6, 6') and the carrier opening (3, 3'), characterized in that the securing element (11, 11'; 12, 12') has an interior (16, 16'; 17, 17') which is delimited by an inner wall (14, 14'; 15, 15') and is intended for accommodating the bolt end (9, 9'), and wherein the interior (16, 16'; 17, 17') contains at least one securing part (18, 18'), which acts on the bolt end (9, 9'), in particular on the lateral surface (10, 10') of the bolt end. at least one carrier element with at least one carrier opening (3, 3'), at least one pressing element (5, 5') with at least one bearing opening (6, 6'), for applying a pressing force to a workpiece, wherein the at least one pressing element (5, 5') is mounted on the carrier element such that it can be pivoted about at least one pivot axis (A1, A2), wherein a respective bolt (8, 8') extends through the at least one carrier opening (3, 3') and the bearing opening (6, 6'), said bolt providing the bearing means and the pivot axis (A1, A2), wherein the bolt (8, 8') is secured at the end, by a non-releasable securing element (11, 11'; 12, 12'; 13, 13'), in respect of axial displacement in relation to the carrier element in the bearing opening (6, 6') and the carrier opening (3, 3'), characterized in that the securing element (11, 11'; 12, 12') has an interior (16, 16'; 17, 17') which is delimited by an inner wall (14, 14'; 15, 15') and is intended for accommodating the bolt end (9, 9'), and wherein the interior (16, 16'; 17, 17') contains at least one securing part (18, 18'), which acts on the bolt end (9, 9'), in particular on the lateral surface (10, 10') of the bolt end.
An electric toothbrush (2, 400, 500), comprising: a) a handle having a motor disposed therein; b) a head (50, 450, 550) comprising a movable massaging plate (480, 480a, 480b, 480c, 580, 580a, 580b, 580c) disposed on a rear face of the head and a movable bristle carrier (60, 70, 460, 470, 560, 570) disposed opposite the massaging plate; c) a neck (40, 440, 540) extending between the handle and the head; and d) a shaft (416, 516) operatively connected to the motor, the movable bristle carrier and the movable massaging plate; characterized in that the massaging plate and the bristle carrier are separate from each other, wherein said massaging plate pulsates by means of a component that is operatively connected to said shaft and which contacts an underside of said massaging plate to pulsate said massaging plate. a) a handle having a motor disposed therein; b) a head (50, 450, 550) comprising a movable massaging plate (480, 480a, 480b, 480c, 580, 580a, 580b, 580c) disposed on a rear face of the head and a movable bristle carrier (60, 70, 460, 470, 560, 570) disposed opposite the massaging plate; c) a neck (40, 440, 540) extending between the handle and the head; and d) a shaft (416, 516) operatively connected to the motor, the movable bristle carrier and the movable massaging plate;
A method for producing cellulosic ethanol, comprising the following steps: 1) adding a medium containing source materials comprising cellulose and/or hemicelluloses to a fermentation reaction vessel; 2) adding cellulase to the fermentation reaction vessel, and inoculating Candida lusitaniae; 3) conducting simultaneous saccharification and fermentation with the combined action of cellulase and Candida lusitaniae, and obtaining cellulosic ethanol by separation, wherein said medium in step 1) contains 15%-30% cellulosic and/or hemicellulosic source materials, said source materials containing 20%-70% cellulose and 10%-40% hemicellulose of percent by dry weight of the source materials; wherein, the origin of the source materials of cellulose and/or hemicelluloses in step 1) is renewable lignocellulosic biomass; wherein, Candida lusitaniae used in step 2) is a yeast that has been adapted to growth in the presence of ethanol and cellobiose. 1) adding a medium containing source materials comprising cellulose and/or hemicelluloses to a fermentation reaction vessel; 2) adding cellulase to the fermentation reaction vessel, and inoculating Candida lusitaniae; 3) conducting simultaneous saccharification and fermentation with the combined action of cellulase and Candida lusitaniae, and obtaining cellulosic ethanol by separation, wherein said medium in step 1) contains 15%-30% cellulosic and/or hemicellulosic source materials, said source materials containing 20%-70% cellulose and 10%-40% hemicellulose of percent by dry weight of the source materials; wherein, the origin of the source materials of cellulose and/or hemicelluloses in step 1) is renewable lignocellulosic biomass; wherein, Candida lusitaniae used in step 2) is a yeast that has been adapted to growth in the presence of ethanol and cellobiose.
Drill head (1, 50) comprising a base plate and a drill bit attached to the base plate, whereby the drill bit is arranged substantially perpendicular to the base plate, and whereby a bore hole is able to be drilled in a building ground by means of the drill bit, characterized in that the drill head (1, 50) comprises an anchor (4, 54) attached to the base plate, the anchor (4, 54) being arranged substantially perpendicular to the base plate and in opposite direction to the drill bit, the anchor (4, 54) comprising an anchor body (4b, 54b) connected to the base plate and an anchor tip (4a, 54a) which together form an arrow-shaped anchor (4, 54), locking means (4c, 54c) being formed at a transition between the anchor tip (4a, 54a) and the anchor body (4b, 54b) for locking an anchor ring or an anchor ball arranged coaxially with and at an end of a reinforcing cage according to one of the following claims 8 to 10.
A method for creating a session by a control plane, CP, function entity responsible for session management in a next generation mobile communication network, comprising: based on that session creation is not performed while a User Equipment, UE, is attached to a core network, receiving a connectivity request message, which includes type information of a service, from the UE; determining to create a session which needs to be always-on or always-connected for the UE, based on the type information of the service; transmitting a connectivity complete message, which includes information informing that the session is created, to the UE; receiving a session release request message requesting release of the session from the UE; and transmitting a session release reject message to the UE, (i) based on that the session, which needs to be always-on or always-connected for the UE, is not released until the UE is detached from the core network, and (ii) based on that the UE is attached to the core network, wherein the session release reject message includes cause information informing that the session needs to be always-on or always-connected for the UE, and wherein the cause information is used by the UE for transmitting a session modification request message when the UE determines that the session needs to be released. based on that session creation is not performed while a User Equipment, UE, is attached to a core network, receiving a connectivity request message, which includes type information of a service, from the UE; determining to create a session which needs to be always-on or always-connected for the UE, based on the type information of the service; transmitting a connectivity complete message, which includes information informing that the session is created, to the UE; receiving a session release request message requesting release of the session from the UE; and transmitting a session release reject message to the UE, (i) based on that the session, which needs to be always-on or always-connected for the UE, is not released until the UE is detached from the core network, and (ii) based on that the UE is attached to the core network, wherein the session release reject message includes cause information informing that the session needs to be always-on or always-connected for the UE, and wherein the cause information is used by the UE for transmitting a session modification request message when the UE determines that the session needs to be released.
A coupling arrangement for a lock device, the coupling arrangement comprising: - an input element rotatable about a rotation axis; - an output element rotatable about the rotation axis; - an engaging member movable between a first position and a second position; - an electric motor arranged to affect movement of the engaging member between the first position and the second position; - a coupling member rotationally locked to the input element with respect to the rotation axis and axially movable relative to the input element along the rotation axis between a decoupled position, where a rotation of the input element is not transmitted by the coupling member to a rotation of the output element, and a coupled position, where a rotation of the input element is transmitted by the coupling member to a rotation of the output element; and - a transmission mechanism arranged to transmit a rotation of the coupling member to a movement of the coupling member from the decoupled position to the coupled position when the engaging member adopts the second position wherein the coupling member comprises a circular track; and wherein the engaging member is arranged to engage the track; characterised in that the electric motor is arranged to affect movement of the engaging member from the second position to a third position; wherein the second position lies between the first position and the third position; and wherein the engaging member is arranged to engage the track when the engaging member adopts the third position and the coupling member adopts the coupled position. - an input element rotatable about a rotation axis; - an output element rotatable about the rotation axis; - an engaging member movable between a first position and a second position; - an electric motor arranged to affect movement of the engaging member between the first position and the second position; - a coupling member rotationally locked to the input element with respect to the rotation axis and axially movable relative to the input element along the rotation axis between a decoupled position, where a rotation of the input element is not transmitted by the coupling member to a rotation of the output element, and a coupled position, where a rotation of the input element is transmitted by the coupling member to a rotation of the output element; and - a transmission mechanism arranged to transmit a rotation of the coupling member to a movement of the coupling member from the decoupled position to the coupled position when the engaging member adopts the second position wherein the coupling member comprises a circular track; and wherein the engaging member is arranged to engage the track; characterised in that the electric motor is arranged to affect movement of the engaging member from the second position to a third position; wherein the second position lies between the first position and the third position; and wherein the engaging member is arranged to engage the track when the engaging member adopts the third position and the coupling member adopts the coupled position.
Carbon nanotubes that have not undergone opening formation treatment and that exhibit a convex upward shape in a t-plot obtained from an adsorption isotherm, wherein the t-plot has a bending point in a range of 0.2 nm ≤ t ≤ 1.5 nm.
A brake system for an elevator car comprising: a multiple of sequentially operated brake segments (60a-c) arranged to control a timing and a rate of brake torque for deceleration of the elevator car, wherein: a pressure plate of each of the multiple of brake segments is about equal in brake torque capability; and a first of the multiple of brake segments includes a first electromagnetic coil with a characteristic different than a second electromagnetic coil of a second of the multiple of brake segments, characterized in that the multiple of brake segments include at least three brake segments. a pressure plate of each of the multiple of brake segments is about equal in brake torque capability; and a first of the multiple of brake segments includes a first electromagnetic coil with a characteristic different than a second electromagnetic coil of a second of the multiple of brake segments, characterized in that the multiple of brake segments include at least three brake segments.
An imaging controller comprising an electronic processor programmed to perform an imaging method executing a current imaging session (102, 202) which is part of a multi-session imaging study of a subject, the imaging method including: retrieving imaging data acquisition and reconstruction parameters of a previous imaging session of the imaging study as well as spatial parameters of at least one finding of the previous imaging session from a Binary Large OBject (BLOB) that stores information for the imaging study including at least the imaging data acquisition and reconstruction parameters of the previous imaging session as well as spatial parameters of at least one finding of the previous imaging session; automatically configuring an imaging system (6, 8) with the retrieved imaging data acquisition and reconstruction parameters of the previous imaging session; after the automatic configuring, controlling the imaging system to acquire current imaging data (124, 160, 220, 224) from the subject and to reconstruct the current imaging data to generate a current image of the subject; using the retrieved spatial parameters of the at least one finding to identify a region of interest or delineation contour in the current image; and storing the imaging data acquisition and reconstruction parameters used in the controlling in the BLOB as the imaging data acquisition and reconstruction parameters of the current imaging session (102, 202) of the imaging study. retrieving imaging data acquisition and reconstruction parameters of a previous imaging session of the imaging study as well as spatial parameters of at least one finding of the previous imaging session from a Binary Large OBject (BLOB) that stores information for the imaging study including at least the imaging data acquisition and reconstruction parameters of the previous imaging session as well as spatial parameters of at least one finding of the previous imaging session; automatically configuring an imaging system (6, 8) with the retrieved imaging data acquisition and reconstruction parameters of the previous imaging session; after the automatic configuring, controlling the imaging system to acquire current imaging data (124, 160, 220, 224) from the subject and to reconstruct the current imaging data to generate a current image of the subject; using the retrieved spatial parameters of the at least one finding to identify a region of interest or delineation contour in the current image; and storing the imaging data acquisition and reconstruction parameters used in the controlling in the BLOB as the imaging data acquisition and reconstruction parameters of the current imaging session (102, 202) of the imaging study.
A movement control device for a rod for a carpentry opening, the device comprising: a maneuvering member able to be incorporated movably into the carpentry and to be maneuvered; a control member, which is able to be incorporated movably into the carpentry, and which comprises: a drive part configured, during a movement of said control member, to cooperate with the rod to move said rod; and a coupling part configured to couple the movement of the control member and the maneuvering member such that maneuvering the maneuvering member actuates the movement of the control member, the control member being separated into at least first and second (60, 60') parts that are separate from one another, the first part incorporating the drive part, while the coupling part is separated from the first part, characterized in that the first and second (60, 60') parts are assembled to one another and comprise respective clipping parts (59, 69) that are configured to cooperate with one another by clipping effect during the assembly of said first and second parts to one another. a maneuvering member able to be incorporated movably into the carpentry and to be maneuvered; a control member, which is able to be incorporated movably into the carpentry, and which comprises: a drive part configured, during a movement of said control member, to cooperate with the rod to move said rod; and a coupling part configured to couple the movement of the control member and the maneuvering member such that maneuvering the maneuvering member actuates the movement of the control member, a drive part configured, during a movement of said control member, to cooperate with the rod to move said rod; and a coupling part configured to couple the movement of the control member and the maneuvering member such that maneuvering the maneuvering member actuates the movement of the control member, the control member being separated into at least first and second (60, 60') parts that are separate from one another, the first part incorporating the drive part, while the coupling part is separated from the first part, characterized in that the first and second (60, 60') parts are assembled to one another and comprise respective clipping parts (59, 69) that are configured to cooperate with one another by clipping effect during the assembly of said first and second parts to one another.
An intermediate transfer medium which comprises a substrate, and at least a protective layer and a receiving layer which are layered in that order on one surface side of the substrate; wherein the protective layer comprises at least one of (a) polyester of high polymerization degree which has a number average molecular weight (Mn) of not less than 12, 000 and Tg of not lower than 60 °C, and (b) polyester urethane, in an amount of not less than 50 % by weight on a base of total weight of the protective layer.
An assembly of a machine for bending an elongated piece and relevant support bench, the elongated piece being supported by a spindle (3; 37), characterized in that the spindle (3; 37) comprises a sleeve member suitable to be connected to the elongated piece to be bent, and a spindle frame which rotatably supports the sleeve member and is mounted on a platform (6; 38) provided at its bottom with at least a spherical support (7; 39) so that the spindle (3; 37) is able to slide freely on a support bench (2; 200), while the elongated piece is bent.
A luminaire having • a preferably completely closed luminaire housing and • actuating means arranged within the luminaire housing for programming or configuration of the luminaire, wherein the luminaire housing and the actuating means are designed in such a manner that the actuating means can be operated from outside the luminaire housing and wherein the luminaire housing is closed in the area of the actuating means and the actuating means have a capacitive sensor system. • a preferably completely closed luminaire housing and • actuating means arranged within the luminaire housing for programming or configuration of the luminaire,
A holding rod device for a local and long-distance public transport vehicle, the holding rod device having the following parts coupled to one another: - a connection piece arranged at a first, upper end of the device for securing the holding rod device in an interior of the vehicle; - a holding rod; - a foot, arranged at a second, lower end of the device and having a bearing surface, by means of which the holding rod device can be placed on a supporting surface in the interior of the vehicle; - a length adjustment element, which is arranged inside the holding rod device and by means of which the length of the holding rod device is adjustable so that the bearing surface can be pressed against the supporting surface in the installed position of the holding rod device. - a connection piece arranged at a first, upper end of the device for securing the holding rod device in an interior of the vehicle; - a holding rod; - a foot, arranged at a second, lower end of the device and having a bearing surface, by means of which the holding rod device can be placed on a supporting surface in the interior of the vehicle; - a length adjustment element, which is arranged inside the holding rod device and by means of which the length of the holding rod device is adjustable so that the bearing surface can be pressed against the supporting surface in the installed position of the holding rod device.
A data transport card, comprising: an interface to receive high-speed data streams, DS, from at least one client; socket means adapted for the plug-in of a pluggable conversion module, the pluggable conversion module integrated into a housing of the data transport card; the pluggable conversion module plugged into said socket means, converting said data streams, DS, into optical data signals and coupling these optical data signals into at least one wavelength division multiplexing, WDM, channel for transport of said optical data signals via an optical fibre, wherein said wavelength division multiplexing, WDM, channel has a predetermined bandwidth and comprises a number of WDM subchannels corresponding to a number N of received data streams, DS, wherein said pluggable conversion module comprises at least one tuneable optical signal reshaper, TOSR, being adaptable to the bandwidth and to the spacing of said WDM subchannels to optimize WDM subchannel power levels, and to minimize crosstalk, wherein said tuneable optical signal reshaper, TOSR, is provided for spectrum-shaping of said WDM subchannels, wherein WDM subchannel bandwidths and the spacing of the subchannel center frequencies are adjusted to minimize a bit error rate, BER, of said optical data signals, and wherein said tuneable optical signal reshaper, TOSR, is tunable in response to a feedback control signal from a receive end data transport card sent via an inband or outband embedded communication channel, ECC, via said optical fibre. an interface to receive high-speed data streams, DS, from at least one client; socket means adapted for the plug-in of a pluggable conversion module, the pluggable conversion module integrated into a housing of the data transport card; the pluggable conversion module plugged into said socket means, converting said data streams, DS, into optical data signals and coupling these optical data signals into at least one wavelength division multiplexing, WDM, channel for transport of said optical data signals via an optical fibre, wherein said wavelength division multiplexing, WDM, channel has a predetermined bandwidth and comprises a number of WDM subchannels corresponding to a number N of received data streams, DS, wherein said pluggable conversion module comprises at least one tuneable optical signal reshaper, TOSR, being adaptable to the bandwidth and to the spacing of said WDM subchannels to optimize WDM subchannel power levels, and to minimize crosstalk, wherein said tuneable optical signal reshaper, TOSR, is provided for spectrum-shaping of said WDM subchannels, wherein WDM subchannel bandwidths and the spacing of the subchannel center frequencies are adjusted to minimize a bit error rate, BER, of said optical data signals, and wherein said tuneable optical signal reshaper, TOSR, is tunable in response to a feedback control signal from a receive end data transport card sent via an inband or outband embedded communication channel, ECC, via said optical fibre.