mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: at a control plane entity , establishing at least a first path and a second path through a network for communications between the control plane entity and a user plane entity, the first path and the second path being disjoint from each other, wherein the first path is designated as a primary path and the second path is designated as a warm path; generating first messages which include entropy that causes the first messages to traverse the first path, first inband metadata that includes timestamp and sequence information, control plane message information, and a flag to indicate that the first messages are sent via the primary path and carry real control plane message information; generating second messages which include entropy that causes the second messages to traverse the second path, second inband metadata that includes timestamp and sequence information, dummy control plane message information, and a flag to indicate that the second messages are sent via the warm path and carry dummy control plane message information to be ignored by the user plane entity; and sending the first messages and the second messages into the network, wherein the entropy of the first messages and the entropy of the second messages each comprise one or more of: respective MPLS labels; a respective source IP address information and a respective destination IP address information; a respective transport source port; and a respective transportation destination port. at a control plane entity , establishing at least a first path and a second path through a network for communications between the control plane entity and a user plane entity, the first path and the second path being disjoint from each other, wherein the first path is designated as a primary path and the second path is designated as a warm path; generating first messages which include entropy that causes the first messages to traverse the first path, first inband metadata that includes timestamp and sequence information, control plane message information, and a flag to indicate that the first messages are sent via the primary path and carry real control plane message information; generating second messages which include entropy that causes the second messages to traverse the second path, second inband metadata that includes timestamp and sequence information, dummy control plane message information, and a flag to indicate that the second messages are sent via the warm path and carry dummy control plane message information to be ignored by the user plane entity; and sending the first messages and the second messages into the network, wherein the entropy of the first messages and the entropy of the second messages each comprise one or more of: respective MPLS labels; a respective source IP address information and a respective destination IP address information; a respective transport source port; and a respective transportation destination port.
A rotating electric machine comprising a stator comprising a winding comprising at least one conductor comprising a first sub-conductor and a second sub-conductor (4.1), wherein the first and second sub-conductor are connected in parallel; characterized in that said winding is provided with at least one compensator for minimizing circulatory current losses of the winding of the electric machine, the compensator comprising a frame part made of a magnetically conductive material and being provided with at least one opening ; said first and second sub-conductors (4.1) being arranged to extend geometrically anti-parallel through the at least one opening so that the total current flowing through the opening is substantially zero, when alternating current supplied to the first sub-conductor is equal to current supplied to the second sub-conductor.
Hydraulic system with a hydraulic pressure supply unit which comprises a hydraulic pump actuated by an electric motor , and at least one hydraulic consumer (V) configured as a linear actuator on which the pressure supply unit acts, wherein - as the electric motor , a brushless direct current motor, comprising a stator and a motor rotor is provided, - the hydraulic pump is designed as a slit-controlled radial piston pump with a basic pump body , a control and bearing pin attached thereto and a pump rotor rotatable about this, - the pump rotor is directly connected to the motor rotor in such a way that the pump rotor and the motor rotor form a rigid rotor unit , - the rotor unit is exclusively borne in rotatable manner on the control and bearing pin , characterised in that - the hydraulic pressure supply unit comprises a hydraulic control and line assembly at least partially arranged in the basic pump body , - the basic pump body is accommodated in a housing shell surrounding it and - at least one flow channel of the hydraulic control and line assembly extends at least partially along the interface between the basic pump body and the housing shell wherein - a motor housing surrounding the electric motor is designed in one piece with the housing shell and - the stator of the electric motor is arranged on a protrusion of the control and bearing pin projecting beyond the pump rotor . - as the electric motor , a brushless direct current motor, comprising a stator and a motor rotor is provided, - the hydraulic pump is designed as a slit-controlled radial piston pump with a basic pump body , a control and bearing pin attached thereto and a pump rotor rotatable about this, - the pump rotor is directly connected to the motor rotor in such a way that the pump rotor and the motor rotor form a rigid rotor unit , - the rotor unit is exclusively borne in rotatable manner on the control and bearing pin , characterised in that - the hydraulic pressure supply unit comprises a hydraulic control and line assembly at least partially arranged in the basic pump body , - the basic pump body is accommodated in a housing shell surrounding it and - at least one flow channel of the hydraulic control and line assembly extends at least partially along the interface between the basic pump body and the housing shell wherein - a motor housing surrounding the electric motor is designed in one piece with the housing shell and - the stator of the electric motor is arranged on a protrusion of the control and bearing pin projecting beyond the pump rotor .
A multi-channel receiver optical subassembly, ROSA , comprising: a ROSA housing; an optical demultiplexer located in the ROSA housing, the optical demultiplexer including multiple optical outputs corresponding to multiple channels, the optical demultiplexer being configured to receive a wavelength division multiplexed, WDM, optical signal on multiple channel wavelengths and to demultiplex the WDM optical signal to produce demultiplexed optical signals on the multiple channel wavelengths, respectively; an array of photodetectors located in the ROSA housing, the array of photodetectors aligned with and directly optically coupled to the multiple optical outputs , respectively, of the optical demultiplexer ; and wherein the array of photodetectors includes a plurality of PIN photodiodes mounted on a photodetector mounting bar and a plurality of transimpedance amplifiers, TIAs , mounted on the same photodetector mounting bar together with the plurality of PIN photodiodes , each of the PIN photodiodes of the plurality of PIN photodiodes being wire bonded to respective ones of the TIAs based on wire bonding points, and wherein the wire bonding points are located on a region of each of the photodiodes of the plurality of photodiodes that faces in a direction of the optical demultiplexer but extends above the optical demultiplexer such that the wire bonding points do not oppose the optical demultiplexer when directly optically coupled. a ROSA housing; an optical demultiplexer located in the ROSA housing, the optical demultiplexer including multiple optical outputs corresponding to multiple channels, the optical demultiplexer being configured to receive a wavelength division multiplexed, WDM, optical signal on multiple channel wavelengths and to demultiplex the WDM optical signal to produce demultiplexed optical signals on the multiple channel wavelengths, respectively; an array of photodetectors located in the ROSA housing, the array of photodetectors aligned with and directly optically coupled to the multiple optical outputs , respectively, of the optical demultiplexer ; and wherein the array of photodetectors includes a plurality of PIN photodiodes mounted on a photodetector mounting bar and a plurality of transimpedance amplifiers, TIAs , mounted on the same photodetector mounting bar together with the plurality of PIN photodiodes , each of the PIN photodiodes of the plurality of PIN photodiodes being wire bonded to respective ones of the TIAs based on wire bonding points, and wherein the wire bonding points are located on a region of each of the photodiodes of the plurality of photodiodes that faces in a direction of the optical demultiplexer but extends above the optical demultiplexer such that the wire bonding points do not oppose the optical demultiplexer when directly optically coupled.
A screwdriving tool for screwing a screw in particular into an internal thread of a medical instrument , comprising - a first tool shaft preferably having a large shaft diameter and an end-side screw engagement portion which is provided and configured for transmitting a torque to the screw , - a second tool shaft which preferably has a small shaft diameter and is orientable or oriented axially to the first tool shaft and in the opposite direction thereto such that its end-side screw engagement portion is axially opposite to the end-side screw engagement portion of the first tool shaft , and is provided and configured to transmit a compression force axially to the screw in the direction of the first tool shaft , and - a screw provided and configured to receive, from the screw engagement portion of the first tool shaft , the torque and the compression force from the screw engagement portion of the second tool shaft and characterized in that the screw has a substantially spherical or frustoconical screw head. - a first tool shaft preferably having a large shaft diameter and an end-side screw engagement portion which is provided and configured for transmitting a torque to the screw , - a second tool shaft which preferably has a small shaft diameter and is orientable or oriented axially to the first tool shaft and in the opposite direction thereto such that its end-side screw engagement portion is axially opposite to the end-side screw engagement portion of the first tool shaft , and is provided and configured to transmit a compression force axially to the screw in the direction of the first tool shaft , and - a screw provided and configured to receive, from the screw engagement portion of the first tool shaft , the torque and the compression force from the screw engagement portion of the second tool shaft and characterized in that the screw has a substantially spherical or frustoconical screw head.
Thermoplastic molding composition comprising as components (I) 25 to 95 % by weight of at least one non-sulfonated polyarylene ether sulfone polymer (P), (II) 1 to 10 % by weight of at least one sulfonated polyarylene ether sulfone polymer (sP) having from 1 to 7.5 mol-% of sulfonated recurring units comprising at least one -SO 3 Y group wherein Y is hydrogen or a cation equivalent, based on the total amount of the at least one sulfonated polyarylene ether sulfone polymer (sP) contained in the thermoplastic molding composition, (III) 4 to 70 % by weight of at least one fibrous and/or particulate filler wherein the % by weight values in each case are based on the total weight of the thermoplastic molding composition. (I) 25 to 95 % by weight of at least one non-sulfonated polyarylene ether sulfone polymer (P), (II) 1 to 10 % by weight of at least one sulfonated polyarylene ether sulfone polymer (sP) having from 1 to 7.5 mol-% of sulfonated recurring units comprising at least one -SO 3 Y group wherein Y is hydrogen or a cation equivalent, based on the total amount of the at least one sulfonated polyarylene ether sulfone polymer (sP) contained in the thermoplastic molding composition, (III) 4 to 70 % by weight of at least one fibrous and/or particulate filler
Steam trap for draining off condensate, comprising a housing (2, 2', 2", 82), an inlet formed in the housing for introducing fluid inside the housing (2, 2', 2", 82), an outlet formed in the housing for draining off fluid from inside the housing (2, 2', 2", 82), a valve (10, 10', 10", 90) arranged in the housing for opening or closing a flow cross-section in the steam trap (1, 1', 1", 1"', 80, 80', 80"), wherein the valve (10, 10', 10", 90) has a first ceramic body and a second ceramic body in contact with the first ceramic body, wherein the first and second ceramic bodies are configured in such a way and are moveable relative to one another by means of at least one drive device (16, 16', 16", 94) such that the flow cross-section can be varied, characterised in that the drive device is configured to move the second ceramic body relative to the first ceramic body by means of pressure of the fluid in the steam trap (80, 80', 80") or in a chamber in connection with the steam trap, wherein at least one fluid line is provided, by means of which the fluid pressure in the steam trap (80, 80', 80") or chamber is directed to a pressure face on the second ceramic body for moving the second ceramic body relative to the first ceramic body .
A lance tube having a central through-hole extending along a longitudinal axis (A), characterised in that the lance tube comprises: - a double-layered end portion having an annular outer layer of a high temperature corrosion resistant first alloy and an annular inner layer of a second alloy, wherein the annular inner layer and the annular outer layer are mechanically interlocked, and wherein a metallic bond has been formed between the annular inner layer and the annular outer layer by means of hot extrusion, and a mono-layered main portion of the second alloy and wherein the annular inner layer and the annular outer layer are mechanically interlocked by means of a helically extending thread formed in an interface between the inner layer and the outer layer . - a double-layered end portion having an annular outer layer of a high temperature corrosion resistant first alloy and an annular inner layer of a second alloy, wherein the annular inner layer and the annular outer layer are mechanically interlocked, and wherein a metallic bond has been formed between the annular inner layer and the annular outer layer by means of hot extrusion, and a mono-layered main portion of the second alloy and wherein the annular inner layer and the annular outer layer are mechanically interlocked by means of a helically extending thread formed in an interface between the inner layer and the outer layer .
An electronic device comprising: a housing with a front stepped portion, said housing including: a first region, and a second region defining a side face of the housing; a cover ; and a display panel disposed between the first region of the housing and the cover , characterized by a first seal member disposed at a space which is defined by a gap remaining exposed to the outside between the display panel , the cover , and the housing , wherein the first seal member is disposed to fill the space and is applied to a side face of the display panel . a housing with a front stepped portion, said housing including: a first region, and a second region defining a side face of the housing; a first region, and a second region defining a side face of the housing; a cover ; and a display panel disposed between the first region of the housing and the cover , characterized by a first seal member disposed at a space which is defined by a gap remaining exposed to the outside between the display panel , the cover , and the housing , wherein the first seal member is disposed to fill the space and is applied to a side face of the display panel .
A method for identifying presence of an object in an image represented as an edge map, the method comprising: (a) converting the edge map into a binary image map comprising binary pixel values; (b) dividing the binary image map within a scanning window into a plurality of horizontal or vertical bins, wherein the plurality of horizontal or vertical bins contain an identical number of binary pixels; (c) summing binary pixel values in each bin; and (d) identifying presence of the object by comparing the summed binary pixel values of two horizontal or vertical bins with a threshold value, where the two horizontal or vertical bins have locations that are symmetric in the scanning window, wherein symmetric locations are horizontally or vertically equidistant from a center of the scanning window, wherein if the summed binary pixel value in each of the two horizontal or vertical bins is above the threshold value an object is detected. (a) converting the edge map into a binary image map comprising binary pixel values; (b) dividing the binary image map within a scanning window into a plurality of horizontal or vertical bins, wherein the plurality of horizontal or vertical bins contain an identical number of binary pixels; (c) summing binary pixel values in each bin; and (d) identifying presence of the object by comparing the summed binary pixel values of two horizontal or vertical bins with a threshold value, where the two horizontal or vertical bins have locations that are symmetric in the scanning window, wherein symmetric locations are horizontally or vertically equidistant from a center of the scanning window, wherein if the summed binary pixel value in each of the two horizontal or vertical bins is above the threshold value an object is detected.
Oscillation system for a mould of a continuous casting plant, comprising an oscillatory lifting table frame in which the mould is mountable, wherein the lifting table frame is articulated by joint connections to a stationary base frame or to fixed bearings, at least four actuators which are arranged between the oscillatory lifting table frame and the stationary base frame or the fixed bearings and which is operatively connected with the lifting table frame , wherein at least two actuators are arranged at a side edge of the lifting table frame , a stationary clamping block (22.1; 22.2; 22.3) and at least one guide element by which the oscillatory lifting table frame is connected with the clamping block , characterised in that the lifting table frame is connected with the clamping block by at least one longitudinal guide element , which extends in the casting direction (GR) of the mould, and by at least one transverse guide element , wherein the longitudinal guide element and the transverse guide element are each arranged laterally outside the lifting table frame and are oriented transversely relative to one another.
A vehicle , in particular rail vehicle, comprising a body element having at least one fastening rail , an inner trim element and a decoupling system , the decoupling system connecting the body element of the vehicle to the inner trim element of the vehicle , the decoupling system comprising: - a first part fixed to the body element , the first part comprising a first C-shaped profile having an opening facing the interior trim element , the first part comprising a pin projecting from the first profile , and a screw screwed onto the pin , the screw having a head , received in a fixing space formed by the fixing rail of the body element , - a second part attached to the inner trim element , and - a damping material connecting the first part to the second part so that a vibration of the first part is decoupled from a vibration of the second part . - a first part fixed to the body element , the first part comprising a first C-shaped profile having an opening facing the interior trim element , the first part comprising a pin projecting from the first profile , and a screw screwed onto the pin , the screw having a head , received in a fixing space formed by the fixing rail of the body element , - a second part attached to the inner trim element , and - a damping material connecting the first part to the second part so that a vibration of the first part is decoupled from a vibration of the second part .
A bipolar electrolyzer for alkaline water electrolysis being a bipolar electrolyzer comprising: a plurality of combinations of an anode, a cathode, and a membrane disposed between the anode and the cathode, wherein at least one of the anode or the cathode is a porous electrode having an average pore size, determined as described in the description, of 10 nm or more and 200 nm or less, and the membrane is a porous membrane containing inorganic particles having an average primary grain size, determined as described in the description, of 20 nm or more and 300 nm or less. a plurality of combinations of an anode, a cathode, and a membrane disposed between the anode and the cathode, wherein at least one of the anode or the cathode is a porous electrode having an average pore size, determined as described in the description, of 10 nm or more and 200 nm or less, and the membrane is a porous membrane containing inorganic particles having an average primary grain size, determined as described in the description, of 20 nm or more and 300 nm or less.