mhurhangee/patent-ind-claim-en huggingface dataset:
Contact holder for holding contact parts in a crimping process, comprising - a support element comprising a support surface for a contact part to be crimped, - a first holding element and a second holding element , which are movable relative to the support element between an open position, in which the first and the second holding element are sunk in the support surface , and a closed position, in which the first and the second holding element protrude out of the support surface to hold the contact part , and - a movement mechanism configured to move the first and the second holding element between the open position and the closed position, wherein the first holding element comprises a first holding area for holding the contact part , the second holding element comprises a second holding area for holding the contact part , which faces the first holding area , and the movement mechanism is configured to move the first and the second holding element towards each other in the movement from the open position to the closed position, characterized in that the support surface is a flat surface. - a support element comprising a support surface for a contact part to be crimped, - a first holding element and a second holding element , which are movable relative to the support element between an open position, in which the first and the second holding element are sunk in the support surface , and a closed position, in which the first and the second holding element protrude out of the support surface to hold the contact part , and - a movement mechanism configured to move the first and the second holding element between the open position and the closed position, wherein the second holding element comprises a second holding area for holding the contact part , which faces the first holding area , and the movement mechanism is configured to move the first and the second holding element towards each other in the movement from the open position to the closed position, characterized in that the support surface is a flat surface.
Vehicle seat having height adjustment kinematics , the height adjustment kinematics having, on each of two seat sides arranged offset with respect to each other in a transverse direction (y), in each case a four-joint arrangement (I, II, III, IV) and an adjustment arm , each of the two four-joint arrangements (I, II, III, IV) in each case having a base , a side part , a front link and a rear link as transmission members of the four-joint arrangement (I, II, III, IV), wherein a first rotary joint (I) connects the base pivotably to the rear link , a second rotary joint (II) connects the rear link pivotably to the side part , a third rotary joint (III) connects the side part pivotably to the front link , and a fourth rotary joint (IV) connects the front link pivotably to the base , wherein each of the two four-joint arrangements (I, II, III, IV) is in each case adjustable by one of the two adjustment arms , wherein a drive device having precisely one geared motor drives the two adjustment arms , wherein at least one of two front links has a slot in which a pin is arranged, wherein the pin and the slot form an end stop for the height adjustment kinematics , and/or at least one of the two rear links has a slot in which a stop bolt is arranged, wherein the stop bolt and the slot form an end stop for the height adjustment kinematics .
A pharmaceutical composition for use in a method for preventing or treating amyotrophic lateral sclerosis, the composition containing, as an active ingredient, two or more isoforms of hepatocyte growth factor (HGF) or a polynucleotide encoding the isoforms, wherein the two or more isoforms of HGF include full-length HGF (flHGF), comprising the amino acid sequence of SEQ ID NO: 1, and deleted variant HGF (dHGF), comprising the amino acid sequence of SEQ ID NO: 2.
Actuating device for a motor vehicle, wherein the actuating device is designed as a pneumatic actuating device, comprising - a housing and - a multipart working piston which is movable in relation to the housing , wherein - the housing and the working piston enclose a pressure chamber which can be filled with a pressure medium in order to axially disengage the working piston with respect to the housing for actuation of a clutch, wherein - the multipart working piston has a main piston and an actuating piston which are designed to be axially movable with respect to one another for wear compensation, - wherein a clamping device can clamp the main piston and the actuating piston against one another to fix an operative length of the working piston , wherein - a release bearing is formed on the actuating piston , wherein - the main piston and actuating piston are designated as partial pistons of the working piston , - wherein a shielding element for protecting the actuating device from dirt • is arranged on the housing and on a partial piston or • on a first partial piston and a second partial piston or • on the actuating piston and on the clamping device . - a housing and - a multipart working piston which is movable in relation to the housing , wherein - the housing and the working piston enclose a pressure chamber which can be filled with a pressure medium in order to axially disengage the working piston with respect to the housing for actuation of a clutch, wherein - the multipart working piston has a main piston and an actuating piston which are designed to be axially movable with respect to one another for wear compensation, - wherein a clamping device can clamp the main piston and the actuating piston against one another to fix an operative length of the working piston , wherein - a release bearing is formed on the actuating piston , wherein - the main piston and actuating piston are designated as partial pistons of the working piston , - wherein a shielding element for protecting the actuating device from dirt • is arranged on the housing and on a partial piston or • on a first partial piston and a second partial piston or • on the actuating piston and on the clamping device . • is arranged on the housing and on a partial piston or • on a first partial piston and a second partial piston or • on the actuating piston and on the clamping device .
A method for producing a secreted ectodomain of influenza virus haemagglutinin (HA) without signal peptide, characterized by the following steps: a) inserting a sequence encoding the ectodomain of influenza H1 or H5, into a yeast expression vector comprising a signal sequence to direct said protein to the yeast secretory pathway, under control of the alcohol oxidase 1 (AOX1) promoter; b) introducing said expression vector into Pichia pastoris cells of KM71 strain by electroporation; c) culturing a Pichia pastoris transformant colony of KM71 strain obtained in step b), wherein the AOX1 promoter is induced with methanol; and d) isolating the ectodomain of influenza HA without signal peptide from the culture medium of the transformant colony of step c). a) inserting a sequence encoding the ectodomain of influenza H1 or H5, into a yeast expression vector comprising a signal sequence to direct said protein to the yeast secretory pathway, under control of the alcohol oxidase 1 (AOX1) promoter; b) introducing said expression vector into Pichia pastoris cells of KM71 strain by electroporation; c) culturing a Pichia pastoris transformant colony of KM71 strain obtained in step b), wherein the AOX1 promoter is induced with methanol; and d) isolating the ectodomain of influenza HA without signal peptide from the culture medium of the transformant colony of step c).
A urea-terminated polybutadiene acrylonitrile copolymer formed by the reaction of hydroxyl, carboxyl or amine terminated polybutadiene acrylonitrile copolymer with an isocyanate and an amine terminating agent, wherein in the initial step, the ratio of isocyanate groups to functional groups of the copolymer ranges between 10:1 to 4:1.
A fluid ejection device , comprising: a fluid ejection chamber ; a drop ejecting element communicated with the fluid ejection chamber; an orifice layer having an orifice formed therethrough communicated with the fluid ejection chamber; and an underlayer having an opening formed therethrough communicated with the fluid ejection chamber and the orifice, wherein the underlayer is disposed between the fluid ejection chamber and the orifice layer , and wherein a pass-through area of the opening is less than a pass-through area of the orifice ; wherein the orifice layer has a first side from which fluid is ejected and a second side opposite the first side, and wherein the underlayer is disposed on the second side of the orifice layer; wherein the underlayer includes an obstruction to form the opening with the pass-through area less than the pass-through area of the orifice; wherein the obstruction comprises one or more bars which extend from a side of the opening . a fluid ejection chamber ; a drop ejecting element communicated with the fluid ejection chamber; an orifice layer having an orifice formed therethrough communicated with the fluid ejection chamber; and an underlayer having an opening formed therethrough communicated with the fluid ejection chamber and the orifice, wherein the underlayer is disposed between the fluid ejection chamber and the orifice layer , and wherein a pass-through area of the opening is less than a pass-through area of the orifice ; wherein the orifice layer has a first side from which fluid is ejected and a second side opposite the first side, and wherein the underlayer is disposed on the second side of the orifice layer; wherein the underlayer includes an obstruction to form the opening with the pass-through area less than the pass-through area of the orifice; wherein the obstruction comprises one or more bars which extend from a side of the opening .
A rubber composition comprising: 100 parts by mass of a chloroprene polymer; more than 0 parts by mass and 25 parts by mass or less of a diene-based polymer having an epoxy group; and 0.3 to 1.8 parts by mass of an organic peroxide, wherein the chloroprene polymer comprises a copolymer of chloroprene. 100 parts by mass of a chloroprene polymer; more than 0 parts by mass and 25 parts by mass or less of a diene-based polymer having an epoxy group; and 0.3 to 1.8 parts by mass of an organic peroxide, wherein the chloroprene polymer comprises a copolymer of chloroprene.
A well plate comprising a plate and a well which is opened in an upper surface of the plate and which is configured to contain a liquid sample, wherein the well includes a flat bottom surface part and a circumferential wall part rising upward from the circumferential edge of the bottom surface part , the circumferential wall part has a stepped part in the circumferential direction at an arbitrary height position, an upper circumferential wall part , which is located above the stepped part in the circumferential wall part , is larger in a cross sectional area than a lower circumferential wall part located below, the stepped part is arranged as a lower limit of the liquid level height of the liquid sample contained in the well , the upper circumferential wall part is an upper circumferential wall part subjected to water repellent treatment, the lower circumferential wall part is a lower circumferential wall part subjected to water repellant treatment, and the stepped part is a stepped part subjected to water repellant treatment and has light blocking property of blocking light having a wavelenght within a visible light range, characterized in that the bottom surface part is a bottom surface part subjected to hydrophilization treatment.
A measurement system adapted to use delay in addition to complex amplitude to invert a radio channel for a broadband signal, the system comprising: - a device under test with at least two antennas , and - at least two measurement probes , wherein said measurement probes are configured to each emit signals shifted in phase and amplitude, wherein the signals emitted by the measurement probes are configured such that each of the signals comprises a relative delay, and wherein the relative delay for each of measurement probe signals is determined empirically by varying the delay time for each measurement probe signal based on the feedback of the measurement result at the antennas of the device under test . - a device under test with at least two antennas , and - at least two measurement probes , wherein said measurement probes are configured to each emit signals shifted in phase and amplitude, wherein the signals emitted by the measurement probes are configured such that each of the signals comprises a relative delay, and wherein the relative delay for each of measurement probe signals is determined empirically by varying the delay time for each measurement probe signal based on the feedback of the measurement result at the antennas of the device under test . wherein said measurement probes are configured to each emit signals shifted in phase and amplitude, wherein the signals emitted by the measurement probes are configured such that each of the signals comprises a relative delay, and wherein the relative delay for each of measurement probe signals is determined empirically by varying the delay time for each measurement probe signal based on the feedback of the measurement result at the antennas of the device under test .
A method of manufacturing a composite component comprising a main body and an integral flange, the method comprising: applying fibre-reinforcement material on a tool having a main body portion and a flange-forming portion to provide a pre-form comprising: a body region and a longitudinally adjacent flange region contiguous with the body region , the body region corresponding to the main body of the component and the flange region corresponding to the integral flange of the component; wherein the pre-form extends generally longitudinally between two longitudinal ends ; and wherein a trailing ply of the pre-form extends generally longitudinally between the longitudinal end closest to the flange region and an opposing ply end , the trailing ply having an orientation substantially aligned with the longitudinal direction; causing relative movement between the flange-forming portion and the main body portion so that the flange region of the pre-form deforms to form the flange of the component; wherein the relative movement of the flange-forming portion and the main body portion causes sliding movement between the trailing ply and the flange-forming portion , thereby causing a tension force in at least the flange region of the pre-form during forming of the flange. applying fibre-reinforcement material on a tool having a main body portion and a flange-forming portion to provide a pre-form comprising: a body region and a longitudinally adjacent flange region contiguous with the body region , the body region corresponding to the main body of the component and the flange region corresponding to the integral flange of the component; wherein the pre-form extends generally longitudinally between two longitudinal ends ; and wherein a trailing ply of the pre-form extends generally longitudinally between the longitudinal end closest to the flange region and an opposing ply end , the trailing ply having an orientation substantially aligned with the longitudinal direction; a body region and a longitudinally adjacent flange region contiguous with the body region , the body region corresponding to the main body of the component and the flange region corresponding to the integral flange of the component; wherein the pre-form extends generally longitudinally between two longitudinal ends ; and wherein a trailing ply of the pre-form extends generally longitudinally between the longitudinal end closest to the flange region and an opposing ply end , the trailing ply having an orientation substantially aligned with the longitudinal direction; causing relative movement between the flange-forming portion and the main body portion so that the flange region of the pre-form deforms to form the flange of the component; wherein the relative movement of the flange-forming portion and the main body portion causes sliding movement between the trailing ply and the flange-forming portion , thereby causing a tension force in at least the flange region of the pre-form during forming of the flange.
A cooking appliance for cooking potato chips, comprising: a chamber for receiving raw potato chips; a humidity control system; an air flow generation system ; a heating system ; and a controller for controlling the humidity control system, the air flow generation system, and the heating system, wherein the controller is adapted to implement a cooking process which comprises: a cooking cycle at a first temperature in a first temperature range which is above 100 degrees Celsius and in a cooking environment at a first controlled humidity such that the potatoes are cooked through to their centers; a dehydration process at a second temperature in a second temperature range, wherein the dehydration process is carried out in air at a second humidity below the first controlled humidity with an air flow; and a browning process at a third temperature in a third temperature range, wherein the third temperature is higher than the first and second temperatures, wherein the browning process is carried out in air at a third humidity also below the first controlled humidity and with an air flow. a chamber for receiving raw potato chips; a humidity control system; an air flow generation system ; a heating system ; and a controller for controlling the humidity control system, the air flow generation system, and the heating system, wherein the controller is adapted to implement a cooking process which comprises: a cooking cycle at a first temperature in a first temperature range which is above 100 degrees Celsius and in a cooking environment at a first controlled humidity such that the potatoes are cooked through to their centers; a dehydration process at a second temperature in a second temperature range, wherein the dehydration process is carried out in air at a second humidity below the first controlled humidity with an air flow; and a browning process at a third temperature in a third temperature range, wherein the third temperature is higher than the first and second temperatures, wherein the browning process is carried out in air at a third humidity also below the first controlled humidity and with an air flow. a cooking cycle at a first temperature in a first temperature range which is above 100 degrees Celsius and in a cooking environment at a first controlled humidity such that the potatoes are cooked through to their centers; a dehydration process at a second temperature in a second temperature range, wherein the dehydration process is carried out in air at a second humidity below the first controlled humidity with an air flow; and a browning process at a third temperature in a third temperature range, wherein the third temperature is higher than the first and second temperatures, wherein the browning process is carried out in air at a third humidity also below the first controlled humidity and with an air flow.
A railway vehicle comprising at least two adjacent carriages , each comprising a carriage body , said bodies being supported by a common bogie and being articulated with each other by an articulation device attached to both bodies so as to form an articulation connection between both bodies , the articulation device being received in a space of the bogie , said space being delimited along a longitudinal direction by a first abutment surface and by a second abutment surface extending on either side of said space , characterized in that the articulation device extends facing said first and second abutment surfaces so that, when the railway vehicle moves in a first longitudinal direction, the first abutment surface comes into contact with the articulation device so that the displacement of the bogie causes displacement of the bodies in the first direction via the articulation device , and, when the railway vehicle moves in a second longitudinal direction opposite to the first direction, the second abutment surface comes into contact with the articulation device so that the displacement of the bogie causes displacement of the bodies in the second longitudinal direction via the articulation device , the bogie comprising four braking clamps , each braking clamp being positioned around a portion of one of the wheels of the bogie so as to allow braking of the bogie when said clamps are actuated, the clamps extending pair wise facing each other along the longitudinal direction so that each clamp extends between the wheels of one of the pairs of wheels, each clamp being positioned on the inner side of the wheel around which said clamp is positioned, each carriage comprises a lower flooring and an upper flooring , positioned above each other so as to define a low level and an upper level , the carriages being connected to each other through an interconnection passage , said passage substantially extending upright to the articulation device and comprising a low flooring connecting the lower floorings of both carriages and an upper flooring connecting the upper floorings of both carriages.
A non-woven paper fabric with asymmetric silica impregnation, wherein the non-woven fabric comprises two main surfaces, wherein the portion by weight of SiO 2 starting from at least one of both main surfaces decreases towards the interior of the non-woven fabric.
A computer-implemented method of generating a selective stain mask image for a cell type of interest within a stained tissue image , characterized by : deconvoluting the stained tissue image into a membrane-stained tissue image and a counter-stained cell-nuclei image ; generating a classified cells image by segmenting and classifying a set of cells depicted in an output image generated by combining a complement of the membrane-stained tissue image and the counter-stained cell-nuclei image ; generating , from the membrane-stained tissue image , a membrane mask image ; and generating a selective stain mask image for a user-selected cell type of interest, wherein generating the selective stain mask image includes: locating classified cells of interest within the membrane mask image based on the classified cells image of the cells; and defining membrane borders between the classified cells of interest by splitting shared membrane components between neighbouring cells. deconvoluting the stained tissue image into a membrane-stained tissue image and a counter-stained cell-nuclei image ; generating a classified cells image by segmenting and classifying a set of cells depicted in an output image generated by combining a complement of the membrane-stained tissue image and the counter-stained cell-nuclei image ; generating , from the membrane-stained tissue image , a membrane mask image ; and generating a selective stain mask image for a user-selected cell type of interest, wherein generating the selective stain mask image includes: locating classified cells of interest within the membrane mask image based on the classified cells image of the cells; and defining membrane borders between the classified cells of interest by splitting shared membrane components between neighbouring cells. locating classified cells of interest within the membrane mask image based on the classified cells image of the cells; and defining membrane borders between the classified cells of interest by splitting shared membrane components between neighbouring cells.