mhurhangee/patent-ind-claim-en huggingface dataset:
A patient-specific surgical guide for positioning onto a glenoid of a patient, comprising: a support structure ; a first guiding element for guiding a surgical instrument according to a first surgical plan; a second guiding element, different from the first guiding element, for guiding the surgical instrument according to a second surgical plan different from the first surgical plan; and a patient-specific positioning element linked to or forming an integral part of said support structure, the patient-specific positioning element comprising a patient-specific surface which conforms with at least part of one or more features of the bone on or around said glenoid, characterized in that the patient-specific surface conforms with at least one of: a portion of a coracoid process or a portion of a glenoid neck. a support structure ; a first guiding element for guiding a surgical instrument according to a first surgical plan; a second guiding element, different from the first guiding element, for guiding the surgical instrument according to a second surgical plan different from the first surgical plan; and a patient-specific positioning element linked to or forming an integral part of said support structure, the patient-specific positioning element comprising a patient-specific surface which conforms with at least part of one or more features of the bone on or around said glenoid, characterized in that the patient-specific surface conforms with at least one of: a portion of a coracoid process or a portion of a glenoid neck.
A method of allocating a resource for a control channel of device-to-device, D2D, direct communication in a wireless communication system, the method performed by a first user equipment, UE comprising: receiving, from a base station, a first grant signal at a first subframe, the first grant signal allocating a first time resource consisting of two or more subframes for the D2D direct communication ; and transmitting, to a second UE, the control channel of the D2D direct communication using the first time resource based on the first grant signal, wherein the control channel is transmitted to the second UE repeatedly through the two or more subframes allocated by the first grant signal, and the first subframe precedes a first subframe of the first time resource as many as predetermined subframes. receiving, from a base station, a first grant signal at a first subframe, the first grant signal allocating a first time resource consisting of two or more subframes for the D2D direct communication ; and transmitting, to a second UE, the control channel of the D2D direct communication using the first time resource based on the first grant signal, wherein the control channel is transmitted to the second UE repeatedly through the two or more subframes allocated by the first grant signal, and the first subframe precedes a first subframe of the first time resource as many as predetermined subframes.
An electric disk brake system (B) comprising an electric linear motion actuator (A), a brake pad , and a brake disk , wherein the brake pad can be linearly driven by the linear motion actuator (A) and pressed against the brake disk , thereby generating braking force, the electric linear motion actuator (A) comprising a cylindrical housing , an outer ring member mounted in the housing , a rotary shaft extending along a center axis of the outer ring member and configured to be rotated by an electric motor , planetary rollers mounted between a radially outer surface of the rotary shaft and a radially inner surface of the outer ring member , a carrier supported by the rotary shaft so as to be rotatable about the rotary shaft and rotatably supporting the planetary rollers , the carrier including an inner disk , wherein a helical groove or circumferential grooves are formed in a radially outer surface of each of the planetary rollers , and a helical rib is formed on the radially inner surface of the outer ring member , the helical rib being in engagement with the helical grooves or the circumferential grooves of the respective planetary rollers , wherein the rotary shaft is kept in frictional contact with the respective planetary rollers , whereby when the rotary shaft rotates, the planetary rollers are configured to rotate about respective axes of the planetary rollers while revolving around the rotary shaft , thereby moving the outer ring member in one axial direction, and thrust bearings mounted between the respective planetary rollers and the inner disk of the carrier and configured to receive an axial force applied to the respective planetary rollers from the outer ring member when the outer ring member is moved in the one axial direction, wherein the electric linear motion actuator (A) further comprises pairs of aligning seats , each pair being provided between each of the planetary rollers and a corresponding one of the thrust bearings or between each of the thrust bearings and the inner disk of the carrier , characterized in that each pair of the aligning seats comprises a convex spherical surface and a concave surface which contacts and guides the convex spherical surface .
A direct current relay comprising a pair of fixed contacts and a movable contact installed in a mover assembly and moved vertically by an actuator to be brought into contact with or be separated from the pair of fixed contacts , comprising: a mover support disposed below the movable contact and connected to the actuator by a shaft ; a mover holder disposed above the movable contact and fixed to the mover support ; an upper yoke and a lower yoke respectively disposed above and below the movable contact to generate an electromagnetic force; and a contact pressure spring disposed between the lower yoke and the mover support , wherein the upper yoke and the lower yoke form a magnetic circuit to offset an electromagnetic repulsive force generated between the fixed contacts and the movable contact , characterized in that the mover assembly is arranged such that the upper yoke , the mover holder , the movable contact , the lower yoke , and the mover support are sequentially arranged from top to bottom. a mover support disposed below the movable contact and connected to the actuator by a shaft ; a mover holder disposed above the movable contact and fixed to the mover support ; an upper yoke and a lower yoke respectively disposed above and below the movable contact to generate an electromagnetic force; and a contact pressure spring disposed between the lower yoke and the mover support , wherein the upper yoke and the lower yoke form a magnetic circuit to offset an electromagnetic repulsive force generated between the fixed contacts and the movable contact , characterized in that the mover assembly is arranged such that the upper yoke , the mover holder , the movable contact , the lower yoke , and the mover support are sequentially arranged from top to bottom.
A method for forming a mechanical spring , in particular a spiral spring for a clockwork, comprising the steps of: i) providing the spring , wherein the spring comprises at least one curved section intended for forming with at least one bending section ; thereafter ii) locally heating at least the bending section , in particular the entire curved section , to a first temperature T 1 , wherein the first temperature T 1 is above room temperature and below a recrystallization temperature T RK of a material of the bending section ; and iii) moving the bending section , preferably the entire curved section , for introducing a predetermined curve shape into the curved section , wherein the movement according to step iii) occurs temporally after or during step ii) and is a semi-hot forming, or wherein the movement according to step iii) occurs temporally before step ii) and is an elastic deformation so that the bending section takes the desired final shape. i) providing the spring , wherein the spring comprises at least one curved section intended for forming with at least one bending section ; thereafter ii) locally heating at least the bending section , in particular the entire curved section , to a first temperature T 1 , wherein the first temperature T 1 is above room temperature and below a recrystallization temperature T RK of a material of the bending section ; and iii) moving the bending section , preferably the entire curved section , for introducing a predetermined curve shape into the curved section ,
A medical apparatus for irreversible electroporation, the apparatus comprising: a probe configured for insertion into a body of a patient and comprising an array of electrodes disposed along the probe and configured to contact tissue within the body; and an electrical signal generator configured to apply sequences of bipolar pulses over one or more trios of the electrodes, each trio comprising first, second and third neighboring electrodes, such that the second electrode is disposed between and adjacent to the first and third electrodes, wherein while the probe contacts the tissue, the electrical signal generator is configured to apply the sequences of the bipolar pulses between the first and second electrodes during one or more first time intervals, and between the second and third electrodes during one or more second time intervals, and between the first and third electrodes during one or more third time intervals, wherein the first, second and third time intervals are mutually disjoint. a probe configured for insertion into a body of a patient and comprising an array of electrodes disposed along the probe and configured to contact tissue within the body; and an electrical signal generator configured to apply sequences of bipolar pulses over one or more trios of the electrodes, each trio comprising first, second and third neighboring electrodes, such that the second electrode is disposed between and adjacent to the first and third electrodes, wherein while the probe contacts the tissue, the electrical signal generator is configured to apply the sequences of the bipolar pulses between the first and second electrodes during one or more first time intervals, and between the second and third electrodes during one or more second time intervals, and between the first and third electrodes during one or more third time intervals, wherein the first, second and third time intervals are mutually disjoint.
A formulation comprising a buffer having a pH from about 4.0 to less than 6.0, a divalent cation selected from calcium chloride, zinc chloride, manganese chloride or magnesium chloride between about 5-150 mM, an excipient comprising a sugar or polyol, and an effective amount of panitumumab, wherein panitumumab retains at least about 80% EGFR-binding activity for up to two months in solution.
Door handle device for a motor vehicle , including a carrier which can be attached to a door or lid of the motor vehicle , a handle body mounted pivotably about an axis of rotation and manually movable, which is designed to be movable from an idle position into an end position via an intermediate position, and a force amplifying device which is designed to generate a resistance force counteracting the movement of the handle body during a movement of the handle body from the idle position until the attainment of the intermediate position, characterized in that the force increasing device includes an elastically deformable force increasing element which generates the resistance force and is fastened to the handle body , a resistance element , which cooperates with the force increasing element and is mounted on the handle body so as to be movable both linearly and rotatably, and a movement element which cooperates with the resistance element and is designed, during a movement of the handle body from the idle position until attainment of the intermediate position, to move the resistance element against the resistance force generated by the force increasing element translationally towards the force increasing element relative to the axis of rotation of the handle body and, during a movement of the handle body from the end position into the idle position, to move the resistance element rotationally relative to an axis of rotation .
Cleaning agent molded body for use in a toilet cistern comprising a support surface and a dome surface adjoining the support surface, the ratio of the maximum diameter of the support surface to the maximum diameter of a cross-sectional surface of the dome surface parallel to the support surface being 1:20 to 4:5.
A continuous process for converting waste plastic into recycle for polyethylene polymerization comprising: (a) selecting waste plastics containing polyethylene and/or polypropylene; (b) passing the waste plastics from (a) through a pyrolysis reactor to thermally crack at least a portion of the polyolefin waste and produce a pyrolyzed effluent; (c) separating the pyrolyzed effluent into offgas, char and a pyrolysis oil comprising a naphtha/diesel fraction and a heavy fraction; (d) passing the pyrolysis oil to a refinery FCC unit; (e) recovering a liquid petroleum gas C 4 olefin/paraffin mixture fraction comprising butanes and butenes from the FCC unit; (f) passing the liquid petroleum gas C 4 olefin/paraffin mixture fraction to an alkylation unit; (g) recovering n-butane and a portion of naphtha fraction from the alkylation unit; and (h) passing the n-butane and a portion of naphtha fraction to a steam cracker for ethylene production. (a) selecting waste plastics containing polyethylene and/or polypropylene; (b) passing the waste plastics from (a) through a pyrolysis reactor to thermally crack at least a portion of the polyolefin waste and produce a pyrolyzed effluent; (c) separating the pyrolyzed effluent into offgas, char and a pyrolysis oil comprising a naphtha/diesel fraction and a heavy fraction; (d) passing the pyrolysis oil to a refinery FCC unit; (e) recovering a liquid petroleum gas C 4 olefin/paraffin mixture fraction comprising butanes and butenes from the FCC unit; (f) passing the liquid petroleum gas C 4 olefin/paraffin mixture fraction to an alkylation unit; (g) recovering n-butane and a portion of naphtha fraction from the alkylation unit; and (h) passing the n-butane and a portion of naphtha fraction to a steam cracker for ethylene production.
A bicycle comprising a pair of seat stays , each seat stay extending downwardly and substantially parallel to each other from a crown, the seat stays widely spaced apart from each other and a wheel mounted therebetween, characterised in that the stay spacing is in the range of Q-factor plus 40-90mm.
A system for spatial positioning of magnetometers , comprising: Magnetometers configured to obtain magnetic field data related to magnetoencephalography or biological magnetic fields of other parts; a magnetometer bracket being configured to be fixedly disposed relative to the head or other body parts of a subject, and the magnetometer bracket comprising at least one mounting part with an orientation allowing the magnetometers to be respectively disposed at the mounting part along a specific direction at a first depth; first positioning markers being non-rotational-symmetric patterns, the first positioning markers being respectively disposed in association with each of the magnetometers in a one-to-one correspondence; a photogrammetry system comprising photographing devices , configured to photograph the first positioning markers to obtain first image data of the first positioning markers , by at least one of the photographing devices , at at least two photographing sites of a plurality of photographing sites ; and a controller configured to receive the first image data obtained by the photographing devices , and to calculate a spatial location and a spatial orientation of the first positioning markers based on pre-obtained system parameters and the first image data and thus calculate a spatial location and a spatial orientation of the magnetometers . Magnetometers configured to obtain magnetic field data related to magnetoencephalography or biological magnetic fields of other parts; a magnetometer bracket being configured to be fixedly disposed relative to the head or other body parts of a subject, and the magnetometer bracket comprising at least one mounting part with an orientation allowing the magnetometers to be respectively disposed at the mounting part along a specific direction at a first depth; first positioning markers being non-rotational-symmetric patterns, the first positioning markers being respectively disposed in association with each of the magnetometers in a one-to-one correspondence; a photogrammetry system comprising photographing devices , configured to photograph the first positioning markers to obtain first image data of the first positioning markers , by at least one of the photographing devices , at at least two photographing sites of a plurality of photographing sites ; and a controller configured to receive the first image data obtained by the photographing devices , and to calculate a spatial location and a spatial orientation of the first positioning markers based on pre-obtained system parameters and the first image data and thus calculate a spatial location and a spatial orientation of the magnetometers .
A jig for measuring internal pressure of a cylindrical battery cell , the jig comprising: a lower jig configured to have a shape corresponding to that of the cylindrical battery cell , and include a receiving groove , into which the cylindrical battery cell is detachably fitted, and a temperature measuring unit ; and an upper jig including a pressure measuring unit comprising: a gas discharge induction unit for forming a hole in the cylindrical battery cell to discharge gas from inside the cylindrical battery cell ; and a pressure sensor for measuring a pressure of the gas discharged by operation of the gas discharge induction unit , wherein the upper jig further includes a pressure sensor hole through which the pressure sensor passes, and wherein the upper jig is detachably coupled with the lower jig to close an opening of the receiving groove . a lower jig configured to have a shape corresponding to that of the cylindrical battery cell , and include a receiving groove , into which the cylindrical battery cell is detachably fitted, and a temperature measuring unit ; and an upper jig including a pressure measuring unit comprising: a gas discharge induction unit for forming a hole in the cylindrical battery cell to discharge gas from inside the cylindrical battery cell ; and a pressure sensor for measuring a pressure of the gas discharged by operation of the gas discharge induction unit , wherein the upper jig further includes a pressure sensor hole through which the pressure sensor passes, and wherein the upper jig is detachably coupled with the lower jig to close an opening of the receiving groove . a gas discharge induction unit for forming a hole in the cylindrical battery cell to discharge gas from inside the cylindrical battery cell ; and a pressure sensor for measuring a pressure of the gas discharged by operation of the gas discharge induction unit , wherein the upper jig further includes a pressure sensor hole through which the pressure sensor passes, and wherein the upper jig is detachably coupled with the lower jig to close an opening of the receiving groove .
A computer-implemented method for video conferencing, the method comprising: establishing a one-way or two-way videoconference between a service provider at a first client device and a customer at a second client device, wherein a video including a sequence of images is captured on a customer side; receiving the video; detecting at least one object of interest in one or more of the images, the object of interest including a face of the customer; locating feature reference points of the at least one object of interest; aligning a virtual face mesh to the at least one object of interest in one or more of the images based at least in part on the feature reference points; finding over the sequence of images at least one deformation of the virtual face mesh, wherein the at least one deformation is associated with at least one face mimic; determining (940-945) that the at least one deformation refers to a facial emotion selected from a plurality of reference facial emotions; and generating a communication bearing data associated with the facial emotion, the method further comprising: transmitting the communication over a communications network to a third party at a third client device; and characterized in that the method further comprises: entering the third party into the videoconference between the customer and the service provider in dependence on the facial emotion associated with the at least one deformation of the virtual face mesh relating to a negative facial emotion. establishing a one-way or two-way videoconference between a service provider at a first client device and a customer at a second client device, wherein a video including a sequence of images is captured on a customer side; receiving the video; detecting at least one object of interest in one or more of the images, the object of interest including a face of the customer; locating feature reference points of the at least one object of interest; aligning a virtual face mesh to the at least one object of interest in one or more of the images based at least in part on the feature reference points; finding over the sequence of images at least one deformation of the virtual face mesh, wherein the at least one deformation is associated with at least one face mimic; determining (940-945) that the at least one deformation refers to a facial emotion selected from a plurality of reference facial emotions; and generating a communication bearing data associated with the facial emotion, the method further comprising: transmitting the communication over a communications network to a third party at a third client device; and characterized in that the method further comprises: entering the third party into the videoconference between the customer and the service provider in dependence on the facial emotion associated with the at least one deformation of the virtual face mesh relating to a negative facial emotion.
A rear suspension mounting assembly adapted to connect a cab to a vehicle chassis , wherein the rear suspension mounting assembly comprises: - a lower bracket provided with a first fastener for securing the lower bracket to a vehicle chassis , - an upper bracket provided with a second fastener for securing the upper bracket to a cab , - first and second connecting means which connect the upper bracket to the lower bracket, wherein the first connecting means are adapted to rigidly connect the upper bracket to the lower bracket, and the second connecting means are adapted to movably connect the upper bracket to the lower bracket, - wherein when the upper bracket is connected to the lower bracket by both the first and the second connecting means, the upper bracket is rigidly connected to the lower bracket, - wherein the first connecting means are dimensioned to break when subjected to a threshold force at which the second connecting means remain intact and allow the upper bracket to move relative to the lower bracket. - a lower bracket provided with a first fastener for securing the lower bracket to a vehicle chassis , - an upper bracket provided with a second fastener for securing the upper bracket to a cab , - first and second connecting means which connect the upper bracket to the lower bracket, wherein the first connecting means are adapted to rigidly connect the upper bracket to the lower bracket, and the second connecting means are adapted to movably connect the upper bracket to the lower bracket, - wherein when the upper bracket is connected to the lower bracket by both the first and the second connecting means, the upper bracket is rigidly connected to the lower bracket, - wherein the first connecting means are dimensioned to break when subjected to a threshold force at which the second connecting means remain intact and allow the upper bracket to move relative to the lower bracket.