mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing at least one N -substituted acyclic ethylenediamine, comprising - reacting at least one reducing sugar, hydrogen and at least one primary amine NH 2 R or at least one secondary amine NHR'R" or a mixture of at least one primary amine NH 2 R and at least one secondary amine NHR'R" - in the presence of a supported hydrogenation catalyst - at a reaction temperature of 50°C to 200 °C, and - at a reaction pressure being superatmospheric pressure, and wherein - the molar ratio of the at least one primary amine and/or secondary amine : reducing sugar is at least 6:1, wherein residue R is selected from linear or branched alkyl groups, linear or branched alkanol groups, cyclic alkyl groups which may be substituted and aromatic groups, which may be substituted, wherein residues R' and R" can be identical or different from each other and can each be independently selected from linear or branched alkyl groups, linear or branched alkanol groups, cyclic alkyl groups which may be substituted and aromatic groups which may be substituted, or wherein R' and R" can form together with the nitrogen atom to which the residues R' and R" are attached a heterocyclic alkyl group or a heterocyclic aromatic group. - reacting at least one reducing sugar, hydrogen and at least one primary amine NH 2 R or at least one secondary amine NHR'R" or a mixture of at least one primary amine NH 2 R and at least one secondary amine NHR'R" - in the presence of a supported hydrogenation catalyst - at a reaction temperature of 50°C to 200 °C, and - at a reaction pressure being superatmospheric pressure, and wherein - the molar ratio of the at least one primary amine and/or secondary amine : reducing sugar is at least 6:1, wherein residue R is selected from linear or branched alkyl groups, linear or branched alkanol groups, cyclic alkyl groups which may be substituted and aromatic groups, which may be substituted, wherein residues R' and R" can be identical or different from each other and can each be independently selected from linear or branched alkyl groups, linear or branched alkanol groups, cyclic alkyl groups which may be substituted and aromatic groups which may be substituted, or wherein R' and R" can form together with the nitrogen atom to which the residues R' and R" are attached a heterocyclic alkyl group or a heterocyclic aromatic group.
A suture anchor comprising: a body comprising a proximal end and a distal end , the body including threads along at least a partial length of the body and at least one through hole , the threads including a profile such that the threads located near the distal end of the body include a first shape and the threads located near the proximal end of the body include a second shape different from the first shape, wherein the body comprises a suture bridge adjacent to and proximal of the at least one through hole , and a cannulation which extends longitudinally through the body between the suture bridge and the proximal end, characterized in that the cannulation extends around a through hole and/or the suture bridge to form slots for receiving prongs of an inserter.
Wall holder comprising an anchor element having a fastening portion for fastening to a building and having a receiving portion which adjoins the fastening portion and which extends along a centre axis (M), a threaded rod which is mounted in the receiving portion so as to be rotatable about the centre axis (M) and which has an external thread , and a threaded element having an internal thread portion , which threaded element is movably mounted in the receiving portion and is movable with respect to the threaded rod from a release position into an engagement position, wherein there is no engagement between the external thread and internal thread portion in the release position, with the result that the threaded rod is freely displaceable in the receiving portion in the direction of the centre axis (M), and wherein the external thread and the internal thread portion are in engagement in the engagement position, with the result that a screwing movement between the threaded element and threaded rod is made possible, characterized in that the wall holder further comprises a locking element which is mounted on the anchor element in particular on the receiving portion , so as to be movable from a starting position into a locking position, wherein, in the locking position, the locking element engages in the external thread of the threaded rod and provides locking for the threaded rod .
A material collecting container for a suction dredger having a suction connection on its rear end wall and a suction stream guide, which leads from the suction connection through a collecting chamber and a filter unit , characterized in that the suction connection is positioned on the rear end wall such that it is intersected in cross section by the plane of symmetry of the material collecting container , and in that , after passing through the collecting chamber , the suction stream is subdivided into at least two substreams, which are guided in air ducts arranged on both sides of this plane of symmetry, wherein the air ducts are united outside the collecting chamber such that they can discharge at an inlet of a suction blower of the suction dredger .
A computer system, comprising: a plurality of physically interconnected computing nodes, wherein a guest operating system is run on a virtual environment that is defined by a set of hyper-kernels running on at least a portion of the physically interconnected computing nodes; a network-attached memory comprising an array of physical memory, wherein the network-attached memory communicates with at least some of the physically interconnected computing nodes over a network according to a coherency protocol; wherein, according to the coherency protocol, the network-attached memory is configured to receive a message based at least in part on an operation to be performed with respect to a page of memory on a first computing node included in the plurality of physically interconnected computing nodes; and wherein the network-attached memory is configured to perform an action according to the coherency protocol whereby in function of the type of operation to be performed chosen from read, write or invalidate, different types of messages are sent out to at least one of the other interconnected nodes or the network-attached memory. a plurality of physically interconnected computing nodes, wherein a guest operating system is run on a virtual environment that is defined by a set of hyper-kernels running on at least a portion of the physically interconnected computing nodes; a network-attached memory comprising an array of physical memory, wherein the network-attached memory communicates with at least some of the physically interconnected computing nodes over a network according to a coherency protocol; wherein, according to the coherency protocol, the network-attached memory is configured to receive a message based at least in part on an operation to be performed with respect to a page of memory on a first computing node included in the plurality of physically interconnected computing nodes; and wherein the network-attached memory is configured to perform an action according to the coherency protocol whereby in function of the type of operation to be performed chosen from read, write or invalidate, different types of messages are sent out to at least one of the other interconnected nodes or the network-attached memory.
An envelope tracking system , comprising: a transmitter configured to generate an output signal; an envelope tracking path configured to adaptively generate a supply voltage that varies based on an instantaneous envelope signal derived from an input signal to be transmitted; a signal processing path adding an in-band calibration signal to the input signal to generate a converted signal and provide the converted signal to a power amplifier ; and a delay component configured to generate a first delay of the envelope tracking path with respect to a second delay of the signal processing path , the first delay being tuned and based on a feedback signal of a feedback path from an output of the power amplifier that is derived from the output signal. a transmitter configured to generate an output signal; an envelope tracking path configured to adaptively generate a supply voltage that varies based on an instantaneous envelope signal derived from an input signal to be transmitted; a signal processing path adding an in-band calibration signal to the input signal to generate a converted signal and provide the converted signal to a power amplifier ; and a delay component configured to generate a first delay of the envelope tracking path with respect to a second delay of the signal processing path , the first delay being tuned and based on a feedback signal of a feedback path from an output of the power amplifier that is derived from the output signal.
A male sexual stimulation device comprising: a framework ; a reciprocal linear motion mechanism comprising; a reversible DC electric motor affixed to the framework and having a rotating shaft ; a screw-threaded shaft affixed to the rotating shaft of the electric motor; a gripper affixed to a bracket including an internally threaded member ; and a guide which orients the gripper and causes the bracket to travel in a reciprocal linear fashion as the screw-threaded shaft is turned with respect to the internally threaded member, the linear direction being dependent upon the direction of rotation thereof; and a flexible sleeve which is inserted into the gripper, and which has a means for affixing the sleeve to the gripper; wherein a penis can be inserted within the flexible sleeve, wherein in an operable state, with a penis inserted within the sleeve, the gripper moves at least a portion of the sleeve in a reciprocating linear motion along the penis and relative to the framework of the device, whereby to provide sexual stimulation through pressure and reciprocal motion of the gripper against the penis within the flexible sleeve. a framework ; a reciprocal linear motion mechanism comprising; a reversible DC electric motor affixed to the framework and having a rotating shaft ; a screw-threaded shaft affixed to the rotating shaft of the electric motor; a gripper affixed to a bracket including an internally threaded member ; and a guide which orients the gripper and causes the bracket to travel in a reciprocal linear fashion as the screw-threaded shaft is turned with respect to the internally threaded member, the linear direction being dependent upon the direction of rotation thereof; and a flexible sleeve which is inserted into the gripper, and which has a means for affixing the sleeve to the gripper; wherein a penis can be inserted within the flexible sleeve, wherein in an operable state, with a penis inserted within the sleeve, the gripper moves at least a portion of the sleeve in a reciprocating linear motion along the penis and relative to the framework of the device, whereby to provide sexual stimulation through pressure and reciprocal motion of the gripper against the penis within the flexible sleeve.
A glove comprising: a knitted liner; and a palm, three quarters or full coating disposed on the knitted liner, wherein the coating comprising an elastomeric polymer component comprising 60 to 80 wt% acrylonitrile butadiene copolymer with an acrylonitrile content of 35-40 wt% and 20-40 wt% polychloroprene copolymer, wherein the glove is formed with an elastomeric polymer composition wherein an amount of anti-flocculant is limited to 1 PHR or less, and the anti-flocculant is selected from polyphosphates, sulfonic acids, acetylenic diols, and anionic polymers; and amount of optional fillers is limited such that the glove has an ANSI abrasion level of 4. a knitted liner; and a palm, three quarters or full coating disposed on the knitted liner, wherein the coating comprising an elastomeric polymer component comprising 60 to 80 wt% acrylonitrile butadiene copolymer with an acrylonitrile content of 35-40 wt% and 20-40 wt% polychloroprene copolymer, wherein the glove is formed with an elastomeric polymer composition wherein an amount of anti-flocculant is limited to 1 PHR or less, and the anti-flocculant is selected from polyphosphates, sulfonic acids, acetylenic diols, and anionic polymers; and amount of optional fillers is limited such that the glove has an ANSI abrasion level of 4.
A method of decorating glass comprising: a step of applying an ink aggregating agent-containing composition on a glass base material; and a step of forming an ink image by applying an ink composition containing an inorganic pigment, resin particles, and water by an ink jet method to at least a region on the glass base material, to which the ink aggregating agent-containing composition has been applied; wherein the ink aggregating agent-containing composition contains water and an ink aggregating agent, and a content of elements other than carbon, oxygen, nitrogen, fluorine, and hydrogen is 1.0% by mass or less with respect to a total solid content of the ink aggregating agent-containing composition, the method comprising a step of heating the ink image formed by the ink image forming step to a melting temperature or higher of the glass being used as the glass base material. a step of applying an ink aggregating agent-containing composition on a glass base material; and a step of forming an ink image by applying an ink composition containing an inorganic pigment, resin particles, and water by an ink jet method to at least a region on the glass base material, to which the ink aggregating agent-containing composition has been applied; wherein the ink aggregating agent-containing composition contains water and an ink aggregating agent, and a content of elements other than carbon, oxygen, nitrogen, fluorine, and hydrogen is 1.0% by mass or less with respect to a total solid content of the ink aggregating agent-containing composition, the method comprising a step of heating the ink image formed by the ink image forming step to a melting temperature or higher of the glass being used as the glass base material.
A method for producing N-vinylacetamide, comprising: a feeding step of feeding a raw material containing N-(1-methoxyethyl)acetamide (MEA) to an evaporator, an evaporation step of evaporating, by the evaporator, the raw material, to form a vaporized raw material, a superheating step of feeding the vaporized raw material to a superheater, and superheating the vaporized raw material such that a superheating temperature of the vaporized raw material is equal to or more than a temperature higher by 5°C than a boiling point of the N-(1-methoxyethyl)acetamide under an inner pressure of the superheater (the boiling point of the N-(1-methoxyethyl)acetamide under the inner pressure of the superheater plus 5°C) and equal to or less than 200°C, and a thermal decomposition step of feeding the superheated vaporized raw material to a thermal decomposition reactor, to thermally decompose the superheated vaporized raw material, wherein a content of the N-(1-methoxyethyl)acetamide in the raw material is from 80 to 100 mass%. a feeding step of feeding a raw material containing N-(1-methoxyethyl)acetamide (MEA) to an evaporator, an evaporation step of evaporating, by the evaporator, the raw material, to form a vaporized raw material, a superheating step of feeding the vaporized raw material to a superheater, and superheating the vaporized raw material such that a superheating temperature of the vaporized raw material is equal to or more than a temperature higher by 5°C than a boiling point of the N-(1-methoxyethyl)acetamide under an inner pressure of the superheater (the boiling point of the N-(1-methoxyethyl)acetamide under the inner pressure of the superheater plus 5°C) and equal to or less than 200°C, and a thermal decomposition step of feeding the superheated vaporized raw material to a thermal decomposition reactor, to thermally decompose the superheated vaporized raw material, wherein a content of the N-(1-methoxyethyl)acetamide in the raw material is from 80 to 100 mass%.
A dual-connectivity, DC, establishment method, which is applied to a first DC architecture, the first DC architecture comprising a Master Node, MN, and a Secondary Node, SN, wherein the SN comprises a Central Unit, CU, and a Distributed Unit, DU; the CU comprises a Control Plane functional entity, CP, and a User Plane functional entity, UP; and, the DC establishment method comprises: receiving , by the CP of the SN, SN-CP, a first SN setup request message transmitted by the MN; transmitting , by the SN-CP, a first resource setup request message to the UP of the SN, SN-UP, according to the first SN setup request message; receiving , by the SN-CP, a first resource setup response message transmitted by the SN-UP; transmitting , by the SN-CP, a first bearer setup request message to the DU of the SN, SN-DU; and receiving , by the SN-CP, a first bearer setup response message transmitted by the SN-DU; wherein the first resource setup request message comprises at least one of: an identifier corresponding to a user equipment, UE, security information of a packet data convergence protocol, PDCP, transport layer information for uplink data, or PDCP configuration information; and wherein the transport layer information for uplink data includes a transport layer address and a tunnel endpoint identifier, TEID. receiving , by the CP of the SN, SN-CP, a first SN setup request message transmitted by the MN; transmitting , by the SN-CP, a first resource setup request message to the UP of the SN, SN-UP, according to the first SN setup request message; receiving , by the SN-CP, a first resource setup response message transmitted by the SN-UP; transmitting , by the SN-CP, a first bearer setup request message to the DU of the SN, SN-DU; and receiving , by the SN-CP, a first bearer setup response message transmitted by the SN-DU; wherein the first resource setup request message comprises at least one of: an identifier corresponding to a user equipment, UE, security information of a packet data convergence protocol, PDCP, transport layer information for uplink data, or PDCP configuration information; and wherein the transport layer information for uplink data includes a transport layer address and a tunnel endpoint identifier, TEID.
Electronically operated door lock comprising a lock case comprising a through-hole for a cylinder assembly , a cylinder assembly comprising a housing , a cylinder rotatably mounted in the housing and provided with a cam to drive a bolt (8; 9) in the lock case , an electromechanical actuator on one side of the lock case to rotate the cylinder and cam to drive the bolt (8; 9), an electronic module on the other side of the lock case for controlling the electromechanical actuator, and door fittings , wherein at least the door fitting on the side of the module comprises an opening , characterized in that the side of the housing of the cylinder assembly facing towards the module contains no keyhole or attachment for a knob or handle and by a mounting element for mounting the module in and/or over the opening in the door fitting , which mounting element fits at least partially in the opening in the door fitting . a lock case comprising a through-hole for a cylinder assembly , a cylinder assembly comprising a housing , a cylinder rotatably mounted in the housing and provided with a cam to drive a bolt (8; 9) in the lock case , an electromechanical actuator on one side of the lock case to rotate the cylinder and cam to drive the bolt (8; 9), an electronic module on the other side of the lock case for controlling the electromechanical actuator, and door fittings , wherein at least the door fitting on the side of the module comprises an opening , characterized in that the side of the housing of the cylinder assembly facing towards the module contains no keyhole or attachment for a knob or handle and by a mounting element for mounting the module in and/or over the opening in the door fitting , which mounting element fits at least partially in the opening in the door fitting .
An underwater cleaning robot designed to be able to move and to clean aquatic beds, the underwater robot comprising: - a chassis that extends longitudinally along an axis (Y-Y), the chassis comprising a central part and two wings located on either side of the central part , - two movement tracks which define the overall dimensions of the underwater robot along the axis (Y-Y), each movement track being secured to a wing of the chassis , and the movement tracks are designed to move over muddy ground, and - a dredging head mounted on the chassis , the dredging head being designed to excavate and suck up natural sediment, - means for adjusting the buoyancy of the underwater robot , the adjustment means make it possible to adjust the Archimedean thrust which applies to the robot so that the movement tracks come to bear on a heterogeneous medium of which the density fluctuates, such as muddy ground, characterized in that the dredging head is secured along a central axis (X-X) of the central part of the chassis , the dredging head being included in the overall dimensions of the underwater robot along the axis (Y-Y). - a chassis that extends longitudinally along an axis (Y-Y), the chassis comprising a central part and two wings located on either side of the central part , - two movement tracks which define the overall dimensions of the underwater robot along the axis (Y-Y), each movement track being secured to a wing of the chassis , and the movement tracks are designed to move over muddy ground, and - a dredging head mounted on the chassis , the dredging head being designed to excavate and suck up natural sediment, - means for adjusting the buoyancy of the underwater robot , the adjustment means make it possible to adjust the Archimedean thrust which applies to the robot so that the movement tracks come to bear on a heterogeneous medium of which the density fluctuates, such as muddy ground,
A thrust reverser , comprising: a stationary structure defining an annular body with a centerline (A); a first reverser door pivotally coupled to the stationary structure by a pair of first reverser door hinges , a first reverser door hinge axis extending through the pair of first reverser door hinges and positioned at a first angle (α) relative to the centerline (A); and a second reverser door pivotally coupled to the stationary structure by a pair of second reverser door hinges , a second reverser door hinge axis extending through the pair of second reverser door hinges and positioned at a second angle (β) relative to the centerline (A); wherein the first reverser door and the second reverser door are configured to rotate in opposite directions towards an aft portion of the thrust reverser ; characterized in that : the first angle (α) and the second angle (β) are not equal. a stationary structure defining an annular body with a centerline (A); a first reverser door pivotally coupled to the stationary structure by a pair of first reverser door hinges , a first reverser door hinge axis extending through the pair of first reverser door hinges and positioned at a first angle (α) relative to the centerline (A); and a second reverser door pivotally coupled to the stationary structure by a pair of second reverser door hinges , a second reverser door hinge axis extending through the pair of second reverser door hinges and positioned at a second angle (β) relative to the centerline (A); wherein the first reverser door and the second reverser door are configured to rotate in opposite directions towards an aft portion of the thrust reverser ; characterized in that : the first angle (α) and the second angle (β) are not equal.