mhurhangee/ep-ind-claims huggingface dataset:
Brake unit (9; 109; 209) for a vehicle, in particular a rail vehicle, with an electrohydraulic setpoint value-force-conversion device (132; 232), which comprises a container for providing hydraulic fluid, a brake cylinder (143; 243) with brake pistons (144; 244) which is connected to the container via a hydraulic line system and control means (45, 46), wherein the control means (45, 46) are of suitable design so as, under the action of electrical output signals (AS1, AS2) of a setpoint-value-regulating device to set an actual value (I.Cp B) of a hydraulic pressure (Cp B) in the brake cylinder (143; 243) which acts upon the brake piston (144; 244), wherein one of the control means is a pump assembly by means of which hydraulic fluid can be pumped out of the container into the brake cylinder (143; 243) and wherein a further one of the control means is of suitable design to allow hydraulic fluid to flow out of the brake cylinder (144; 244) into the container, characterised by means (159; 259) for presetting an air gap between first braking means and second braking means to a prespecified air gap value (S.L), wherein the means comprise a non-self-locking threaded spindle which is concentrically screwed into the brake piston, a ratchet wheel connected to the threaded spindle by means of face toothing or friction locking supported by means of an axial rolling bearing on the brake cylinder and two stops (270.1, 270.2) that restrict the angle of rotation of the ratchet wheel to a prespecified value of the angle of rotation.
A system (1, 100) for detecting the state of filling of a bottle (22, 220) of a diffuser (2, 200), the bottle containing a product to be diffused, the system comprising an acquisition unit (3, 300) according to claim 9, a processing unit (5, 450) arranged to detect, from said light beam, whether a filling level (n) of the bottle is below a predetermined threshold, and a communication unit (6, 460) arranged to transmit a notification relating to said filling level to a remote electronic device (8, 800) on the basis of said detection; the processing unit is arranged to determine that the fill level of the bottle is below said predetermined threshold when one of the optical sensors receives one of said infrared light beams.
Amino acids 1-34 of parathyroid hormone for use in treating early stage osteoarthritis in a human by intra-articular injection of amino acids 1-34 of parathyroid hormone at therapeutically effective dose range of 0.1 pmole to 5000 pmole.
An optical connector comprising: a ferrule; a first optical fiber retained in the ferrule; and a clamp section including an insertion section configured to have a second optical fiber inserted therein, the clamp section being configured to center and fix the first optical fiber and the second optical fiber, wherein: a solid index-matching material is provided on an end face on the insertion section side of the first optical fiber; the end face of the first optical fiber is an inclined end face that is inclined with respect to a plane perpendicular to an optical axis; a projecting portion is formed by the inclined end face so as to project more toward the insertion section side than a central region of the end face; the clamp section includes a base member including a centering groove, and a lid member configured to press the first optical fiber and the second optical fiber toward the centering groove; an end portion of the first optical fiber is disposed in the centering groove; characterized in that the projecting portion is disposed at the lid member side as viewed from the central region. a ferrule; a first optical fiber retained in the ferrule; and a clamp section including an insertion section configured to have a second optical fiber inserted therein, the clamp section being configured to center and fix the first optical fiber and the second optical fiber, wherein: a solid index-matching material is provided on an end face on the insertion section side of the first optical fiber; the end face of the first optical fiber is an inclined end face that is inclined with respect to a plane perpendicular to an optical axis; a projecting portion is formed by the inclined end face so as to project more toward the insertion section side than a central region of the end face; the clamp section includes a base member including a centering groove, and a lid member configured to press the first optical fiber and the second optical fiber toward the centering groove; an end portion of the first optical fiber is disposed in the centering groove; characterized in that the projecting portion is disposed at the lid member side as viewed from the central region. a solid index-matching material is provided on an end face on the insertion section side of the first optical fiber; the end face of the first optical fiber is an inclined end face that is inclined with respect to a plane perpendicular to an optical axis; a projecting portion is formed by the inclined end face so as to project more toward the insertion section side than a central region of the end face; the clamp section includes a base member including a centering groove, and a lid member configured to press the first optical fiber and the second optical fiber toward the centering groove; an end portion of the first optical fiber is disposed in the centering groove; characterized in that the projecting portion is disposed at the lid member side as viewed from the central region.
A lead-acid battery cover with compact double-hole venting structure, consisting of a cover and a venting lid which are heat sealed together; wherein the cover and the venting lid corresponding to the battery container units form middle cells and fringe cells; and wherein there are venting and backflow holes, backflow path formed by maze baffle; characterized in that: all the stated middle and fringes cells have two venting and backflow holes, wherein one is big and round, the other is small; and the distance between the big and small holes is 1~3 times of baffle thickness, and wherein the stated small round venting and backflow holes in middle cells are on the battery cover central line; the small round venting and backflow holes in fringe cells are deviate from the central line, and away from the terminals; while the big round venting and backflow holes in both middle and fringe cells are parallel with the central line.
A particulate monitor comprising: a housing; an air-moving device coupled to the housing; a first air passageway disposed at least partially within the housing, the air-moving device operable to create an airflow through the first air passageway; a real-time measuring device for monitoring the particulates positioned at least partially within the housing and in fluid communication with the first air passageway; a particulate collection device positioned at least partially within the housing and in fluid communication with the first air passageway, the collection device positioned downstream of the real-time measuring device; a first impactor coupled to the housing, wherein the first impactor is configured to trap or filter particulates having a nominal size or a size greater than said nominal size; and a second air passageway at least partially containing therein the first impactor, the second air passageway selectively fluidly communicable with the first air passageway. a housing; an air-moving device coupled to the housing; a first air passageway disposed at least partially within the housing, the air-moving device operable to create an airflow through the first air passageway; a real-time measuring device for monitoring the particulates positioned at least partially within the housing and in fluid communication with the first air passageway; a particulate collection device positioned at least partially within the housing and in fluid communication with the first air passageway, the collection device positioned downstream of the real-time measuring device; a first impactor coupled to the housing, wherein the first impactor is configured to trap or filter particulates having a nominal size or a size greater than said nominal size; and a second air passageway at least partially containing therein the first impactor, the second air passageway selectively fluidly communicable with the first air passageway.
A device controlling method performed by a client, comprising: obtaining an identifier of an intermediate device and an identifier of a controlled device; sending a binding request to a server, wherein the binding request contains the identifiers of the intermediate device and the controlled device to be bound to a current user account; receiving binding success information returned from the server; acquiring information on the intermediate device and information on the controlled device associated with the intermediate device, wherein the acquiring comprises acquiring the current user account, and acquiring the information on the intermediate device and the controlled device bound to the current user account; sending, to the server, a resource downloading command carrying the information on the intermediate device and indicating to the server that the intermediate device is to obtain a resource via the server; and sending an operation instruction to the controlled device associated with the intermediate device, wherein the operation instruction instructs the controlled device to obtain the resource from the intermediate device and to perform an operation on the resource according to the operation instruction. obtaining an identifier of an intermediate device and an identifier of a controlled device; sending a binding request to a server, wherein the binding request contains the identifiers of the intermediate device and the controlled device to be bound to a current user account; receiving binding success information returned from the server; acquiring information on the intermediate device and information on the controlled device associated with the intermediate device, wherein the acquiring comprises acquiring the current user account, and acquiring the information on the intermediate device and the controlled device bound to the current user account; sending, to the server, a resource downloading command carrying the information on the intermediate device and indicating to the server that the intermediate device is to obtain a resource via the server; and sending an operation instruction to the controlled device associated with the intermediate device, wherein the operation instruction instructs the controlled device to obtain the resource from the intermediate device and to perform an operation on the resource according to the operation instruction.
An airfoil for a gas turbine engine, comprising: a pressure sidewall and a suction sidewall extending to a tip region of the airfoil; a leading edge and a trailing edge defining a chord length of the airfoil therebetween; a suction side squealer tip wall that extends axially along the suction sidewall of the airfoil at the tip region from the leading edge to the trailing edge; a pressure side squealer tip wall that extends axially along the tip region from leading edge to trailing edge; a squealer pocket formed within the tip region between the pressure sidewall and the suction sidewall, the squealer pocket defines a closed perimeter radial recess in the tip region between the pressure side squealer tip wall and suction side squealer tip wall as the pressure side squealer tip wall is of the same radial height from a bottom of the squealer pocket as the suction side squealer tip wall; and a tip shelf formed along the tip region of the airfoil between the pressure sidewall and the pressure side squealer tip wall; a tip shelf discourager that extends from the tip shelf; wherein the tip shelf discourager extends radially up to the radial height of the pressure side squealer tip wall; characterized in that the tip shelf discourager includes cooling apertures to permit cooling flow from tip shelf cooling holes to flow through the tip shelf discourager; and wherein the tip shelf discourager extends for only a portion of a length of the tip shelf to form a discourager pocket along the pressure sidewall to maintain a region of cooling fluid along the pressure sidewall at the trailing edge. a pressure sidewall and a suction sidewall extending to a tip region of the airfoil; a leading edge and a trailing edge defining a chord length of the airfoil therebetween; a suction side squealer tip wall that extends axially along the suction sidewall of the airfoil at the tip region from the leading edge to the trailing edge; a pressure side squealer tip wall that extends axially along the tip region from leading edge to trailing edge; a squealer pocket formed within the tip region between the pressure sidewall and the suction sidewall, the squealer pocket defines a closed perimeter radial recess in the tip region between the pressure side squealer tip wall and suction side squealer tip wall as the pressure side squealer tip wall is of the same radial height from a bottom of the squealer pocket as the suction side squealer tip wall; and a tip shelf formed along the tip region of the airfoil between the pressure sidewall and the pressure side squealer tip wall; a tip shelf discourager that extends from the tip shelf; wherein the tip shelf discourager extends radially up to the radial height of the pressure side squealer tip wall; characterized in that the tip shelf discourager includes cooling apertures to permit cooling flow from tip shelf cooling holes to flow through the tip shelf discourager; and wherein the tip shelf discourager extends for only a portion of a length of the tip shelf to form a discourager pocket along the pressure sidewall to maintain a region of cooling fluid along the pressure sidewall at the trailing edge.
A system for measuring the luminance and temperature of a light source element of a spectrophotometric device, the system comprising: a photodiode operable to receive light signals emitted by the light source element and passing through a subject's body tissue; characterised by: a luminance measuring device operable to measure luminance of the light signals received by the photodiode; a temperature measuring device operable to measure the temperature of the photodiode, the temperature measuring device comprising a circuit for converting a signal received from the photodiode into a signal indicative of the temperature of the photodiode; a first switch operable to connect the photodiode to the luminance measuring device or the temperature measuring device; and a controller operable to control the connection of the first switch. a luminance measuring device operable to measure luminance of the light signals received by the photodiode; a temperature measuring device operable to measure the temperature of the photodiode, the temperature measuring device comprising a circuit for converting a signal received from the photodiode into a signal indicative of the temperature of the photodiode; a first switch operable to connect the photodiode to the luminance measuring device or the temperature measuring device; and a controller operable to control the connection of the first switch.
A foot of a device, in particular of a table-top kitchen appliance, wherein the device has a housing comprising an appendage, which projects downwards in the case of a common setup, which rests on a foot part, which forms a base, by interlaying a soft part, wherein the soft part is received in a shell section of the foot part, which is open to the top, and the appendage, which projects into the shell section, is also movably received in the shell section at right angles to a deflection movement as a result of a weight force of the device, wherein the soft part furthermore forms an upper impact surface for the appendage, characterized in that, starting at the impact surface, the soft part is also embodied without a weight-loading by the appendage, also laterally to the appendage on the top.
Heat exchanger between a first fluid and a second fluid, said heat exchanger comprising a core made of stacked plates defining flow passages for said first fluid and said second fluid to have both fluids exchanging heat, said heat exchanger further comprising a receiver for said first fluid, said heat exchanger being configured so that said first fluid flows successively through a first zone of the core, said receiver and a second zone of the core, said receiver being located on a same side of the core than ports through which said first and/or second fluids enter and/or exit said core, the heat exchanger being characterized in that said ports comprise a first fluid inlet, a first fluid outlet, a second fluid inlet and a second fluid outlet, said inlets and outlets all being located on said core side.
An ion exchange membrane comprising: a layer A comprising a fluorine-containing polymer having a sulfonic acid group; and a layer B comprising a fluorine-containing polymer having a carboxylic acid group, wherein the value of (the ion cluster diameter of the layer B) / (the ion cluster diameter of the layer A) is 0.67 to 0.89, wherein the ion cluster diameter is determined as described in the description, characterized in that the ion exchange capacity of the layer A is 0.8 mEq/g to 1.2 mEq/g, and the ion exchange capacity of the layer B is 0.81 mEq/g or more. a layer A comprising a fluorine-containing polymer having a sulfonic acid group; and a layer B comprising a fluorine-containing polymer having a carboxylic acid group, wherein the value of (the ion cluster diameter of the layer B) / (the ion cluster diameter of the layer A) is 0.67 to 0.89, wherein the ion cluster diameter is determined as described in the description, characterized in that the ion exchange capacity of the layer A is 0.8 mEq/g to 1.2 mEq/g, and the ion exchange capacity of the layer B is 0.81 mEq/g or more.
A method of producing a bispecific antibody, said method comprising: a) Obtaining a protein A purified first half-antibody; b) Obtaining a protein A purified second half-antibody, wherein the second half-antibody has a different antigen binding specificity than the first half-antibody; c) Adjusting the pH of each half-antibody to between 4 and 9; d) Mixing the first and second half-antibody to obtain an assembly mixture, e) Adding a molar excess of a weak reductant to the assembly mixture wherein the weak reductant is added in 50-400X molar excess and wherein the weak reductant is GSH; and f) incubating the assembly mixture to form a bispecific antibody comprising the first and second half-antibody. a) Obtaining a protein A purified first half-antibody; b) Obtaining a protein A purified second half-antibody, wherein the second half-antibody has a different antigen binding specificity than the first half-antibody; c) Adjusting the pH of each half-antibody to between 4 and 9; d) Mixing the first and second half-antibody to obtain an assembly mixture, e) Adding a molar excess of a weak reductant to the assembly mixture wherein the weak reductant is added in 50-400X molar excess and wherein the weak reductant is GSH; and f) incubating the assembly mixture to form a bispecific antibody comprising the first and second half-antibody.
Apparatus to control amplitude in a voltage controlled oscillator comprising: means to measure the amplitude of the VCO output; comparison means to compare the measured amplitude with a reference amplitude and a variable bandwidth filter characterised in that the variable bandwidth filter comprises two resistors (28, 30) arranged in parallel and a capacitor, each resistor having a different resistance, and further comprising means to alter the total resistance of the bandwidth filter by selecting one of the two resistors to configure the bandwidth filter to receive the results of the comparison and generate a bias signal; wherein the bias signal controls the current supplied to the VCO. means to measure the amplitude of the VCO output; comparison means to compare the measured amplitude with a reference amplitude and a variable bandwidth filter characterised in that the variable bandwidth filter comprises two resistors (28, 30) arranged in parallel and a capacitor, each resistor having a different resistance, and further comprising means to alter the total resistance of the bandwidth filter by selecting one of the two resistors to configure the bandwidth filter to receive the results of the comparison and generate a bias signal; wherein the bias signal controls the current supplied to the VCO.
A catheter comprising the following: an elongate tubular body comprising a distal end; a catheter tip connected to the elongate tubular body via a spherical joint configured to allow relative movement between the catheter tip and the elongate tubular body; a deformable member disposed adjacent to the spherical joint; characterised by a deflection measuring sensor configured to measure a deformation of the deformable member. an elongate tubular body comprising a distal end; a catheter tip connected to the elongate tubular body via a spherical joint configured to allow relative movement between the catheter tip and the elongate tubular body; a deformable member disposed adjacent to the spherical joint; characterised by a deflection measuring sensor configured to measure a deformation of the deformable member.
A visually homogeneous and transparent light conversion element, wherein organic photosensitizing molecules chosen from metal porphyrins and metal phthalocyanines and organic light-emitting molecules based on polycyclic aromatic π electron-conjugated compounds, which are a combination that exhibits a triplet-triplet annihilation process, are dissolved and/or dispersed in an ionic liquid, wherein said ionic liquid has cation-π interaction with the organic photosensitizing molecule and the organic light-emitting molecule and wherein a cation in said ionic liquid is one or more selected from the group consisting of a imidazolium cation, a pyridinium cation, a piperidinium cation, a pyrrolidinium cation, a pyrazolium cation, a thiazolium cation, a quaternary ammonium cation, a quaternary phosphonium cation, and a sulfonium cation.