mhurhangee/patent-ind-claim-en huggingface dataset:
Refrigeration supply system, which is coupleable to the regasification facility of a liquefied natural gas terminal, for utilizing the high-value refrigerating capacity available there at a low temperature level during LNG regasification, characterized in that, between an LNG inlet and a refrigeration demand point , the following functionally essential component parts are arranged and operationally interacting with one another, namely an intermediate medium condenser , an intermediate medium evaporator , a refrigerating agent collector and separator for refrigerating agent condensate and refrigerating agent saturated steam , a substitute refrigerating plant , a refrigerating agent pump , an LNG throttle valve and a computer-assisted plant control , which interact, using propane as an intermediate medium such that supercooled refrigerating agent liquid is circulatable in a closed circuit consisting of well insulated pipelines by means of the refrigerating agent pump while It cools down to -50°C in the intermediate medium evaporator releasing heat to the intermediate medium , then, in a supercooled state, reaches the refrigeration demand point to be supplied and remotely located, if any, to heat up here by taking up heat which corresponds to the refrigerating capacity, up to an amount close to the boiling state, subsequently being feedable to a refrigerating agent collector and separator . in which phase equilibrium is finally reached between refrigerating agent condensate and refrigerating agent saturated steam , while the refrigerating agent condensate is conducted, as return flow, back to the intermediate medium evaporator , in which heat is absorbed by the intermediate medium evaporating here, which then reaches the intermediate medium condenser through natural circulation and transfers, while condensing there, the heat to the LNG to be regasified, in that, furthermore, security of supply is achieved specifically by means of control engineering which prevents falling below the minimum admissible refrigerating agent temperature, and additionally, by means of the substitute refrigerating plant coupled to the refrigerating agent collector and separator which prevents any inadmissible pressure increase caused in the refrigerating agent circuit by an interruption of the LNG flow and/or by heat supply in excess of the limits provided for at the refrigeration demand point .
A phone holder for a mobile phone testing apparatus, the phone holder comprising at least: - a base plate - a rest structure on the base plate for supporting a mobile phone and thereby position the mobile phone vertically, - at least one block being movably attached to at least one of the base plate and the rest structure for contacting a mobile phone's narrow side thereby defining the mobile phone's horizontal position on said rest structure , and - clamping means for releasably fixing the at least one block in said position relative to at least one of the rest structure and the base plate , characterized in that the rest structure comprises a layer of an elastic material with at least one suction cup having an opening facing away from the rest, for attaching a mobile phone being positioned on the layer of elastic material to the rest structure by reducing the pressure in the at least one suction cup . - a base plate - a rest structure on the base plate for supporting a mobile phone and thereby position the mobile phone vertically, - at least one block being movably attached to at least one of the base plate and the rest structure for contacting a mobile phone's narrow side thereby defining the mobile phone's horizontal position on said rest structure , and - clamping means for releasably fixing the at least one block in said position relative to at least one of the rest structure and the base plate ,
A device analysis apparatus for determining a quality of a power semiconductor device, the device analysis apparatus comprising: an application unit that is configured to apply a voltage signal to the power semiconductor device; a light detection unit that is configured to detect light from the power semiconductor device at a plurality of detection positions and to output detection signals based on detection results; and a determination unit that is configured to determine the quality of the power semiconductor device based on temporal changes of the detection signals, the device analysis apparatus further comprising: a comparison unit that is configured to compare the temporal changes of the detection signals with each other, wherein the determination unit is configured to determine the quality of the power semiconductor device based on a comparison result in the comparison unit. an application unit that is configured to apply a voltage signal to the power semiconductor device; a light detection unit that is configured to detect light from the power semiconductor device at a plurality of detection positions and to output detection signals based on detection results; and a determination unit that is configured to determine the quality of the power semiconductor device based on temporal changes of the detection signals, the device analysis apparatus further comprising: a comparison unit that is configured to compare the temporal changes of the detection signals with each other, wherein the determination unit is configured to determine the quality of the power semiconductor device based on a comparison result in the comparison unit.
A mixing apparatus for a syringe , the mixing apparatus comprising: a dock configured to receive the syringe and having an agitation component actuator integral to the dock configured for magnetically coupling to an agitation component of a magnetic material located within a chamber of said syringe, and configured for manipulation of said agitation component within said chamber when coupled; such that the actuator is coupled to said agitation component when said syringe is received by the dock, wherein the actuator is in the form of a drum having a series of magnets attached thereto offset in relation to one another so as to manipulate said agitation component in a reciprocating motion upon rotation of the drum, wherein said chamber defines a longitudinal axis, and the actuator is configured to rotate an agitation component about said longitudinal axis; and characterised in that the series of magnets are configured such that opposing poles are proximal one another to induce spinning of the agitation component. a dock configured to receive the syringe and having an agitation component actuator integral to the dock configured for magnetically coupling to an agitation component of a magnetic material located within a chamber of said syringe, and configured for manipulation of said agitation component within said chamber when coupled; such that the actuator is coupled to said agitation component when said syringe is received by the dock, wherein the actuator is in the form of a drum having a series of magnets attached thereto offset in relation to one another so as to manipulate said agitation component in a reciprocating motion upon rotation of the drum, wherein said chamber defines a longitudinal axis, and the actuator is configured to rotate an agitation component about said longitudinal axis; and characterised in that the series of magnets are configured such that opposing poles are proximal one another to induce spinning of the agitation component.
A camera module comprising: a moving lens including a first moving lens unit movably arranged in an optical axis direction, and a second moving lens unit arranged under the first moving lens; a fixed lens arranged under the moving lens; a first driving unit coupled to one side of the first moving lens unit to move the first moving lens unit in the optical axis direction; a second driving unit coupled to one side of the second moving lens unit to move the second moving lens unit in the optical axis direction; a first sensing unit disposed on the first driving unit; a second sensing unit disposed under the first driving unit; a third sensing unit disposed on the second driving unit; and a fourth sensing unit disposed under the second driving unit. a moving lens including a first moving lens unit movably arranged in an optical axis direction, and a second moving lens unit arranged under the first moving lens; a fixed lens arranged under the moving lens; a first driving unit coupled to one side of the first moving lens unit to move the first moving lens unit in the optical axis direction; a second driving unit coupled to one side of the second moving lens unit to move the second moving lens unit in the optical axis direction; a first sensing unit disposed on the first driving unit; a second sensing unit disposed under the first driving unit; a third sensing unit disposed on the second driving unit; and a fourth sensing unit disposed under the second driving unit.
A polypeptide comprising a sequence at least 70% identical to SEQ ID NO: 1, wherein the polypeptide comprises no more than 100 total amino acid residues.
A method of producing a print product, the product comprising: - a print substrate (10, 12; 10') bearing a printed image ; and - a fastener (20; 20'; 20a - 20f) applied to said print substrate (10, 12; 10'), the method comprising a step of using a jetting-type printer for printing both said printed image and the fastener (20; 20'; 20a - 20f) onto said print substrate (10, 12; 10'), characterized in that the fastener (20; 20'; 20a - 20f) is a three-dimensional printed object. - a print substrate (10, 12; 10') bearing a printed image ; and - a fastener (20; 20'; 20a - 20f) applied to said print substrate (10, 12; 10'), the method comprising a step of using a jetting-type printer for printing both
A method of repairing a joint connecting a wind turbine blade to a rotor hub of a wind turbine , the joint including a plurality of bushings in a root end of the wind turbine blade , the method comprising: extracting a selected bushing from the wind turbine blade , the extraction resulting in a bushing cavity in the wind turbine blade ; reconditioning the bushing cavity in the wind turbine blade ; providing a replacement insert , the insert including a replacement bushing and a cover formed from a composite material disposed around at least a portion of the replacement bushing ; positioning the replacement insert including said cover into the reconditioned bushing cavity ; and securing the replacement insert to the wind turbine blade . extracting a selected bushing from the wind turbine blade , the extraction resulting in a bushing cavity in the wind turbine blade ; reconditioning the bushing cavity in the wind turbine blade ; providing a replacement insert , the insert including a replacement bushing and a cover formed from a composite material disposed around at least a portion of the replacement bushing ; positioning the replacement insert including said cover into the reconditioned bushing cavity ; and securing the replacement insert to the wind turbine blade .
A surgical cutting implement, comprising: a first tubular member having a proximal section, an intermediate section, and a distal section, wherein the distal section includes a cutting tip; a second tubular member having a proximal region, an intermediate region, and a distal region, wherein the distal region forms a cutting window, wherein the first elongated member is co-axially disposed within the second tubular member such that the cutting tip is selectively exposed at the cutting window; a sleeve member having a proximal end, a distal end, and an intermediate portion between the proximal end and the distal end, wherein the first and second tubular members are co-axially disposed within the sleeve member; a hub assembly , wherein the second tubular member is selectively rotatable within the hub assembly, wherein a hub of the hub assembly is rigidly secured to the sleeve member; and an orientation member wherein the orientation member is rigidly secured to the second tubular member and frictionally fit over the sleeve member , wherein the orientation hub is rotatable to transmit a rotational force applied to the orientation hub to rotate the second tubular member relative to the hub assembly to effectuate spatial rotation of the cutting window, wherein the orientation member is disposed along the second tubular member separate from and distal to the hub assembly, the orientation member comprises a proximal end which is distal to a distal end of the hub assembly. a first tubular member having a proximal section, an intermediate section, and a distal section, wherein the distal section includes a cutting tip; a second tubular member having a proximal region, an intermediate region, and a distal region, wherein the distal region forms a cutting window, wherein the first elongated member is co-axially disposed within the second tubular member such that the cutting tip is selectively exposed at the cutting window; a sleeve member having a proximal end, a distal end, and an intermediate portion between the proximal end and the distal end, wherein the first and second tubular members are co-axially disposed within the sleeve member; a hub assembly , wherein the second tubular member is selectively rotatable within the hub assembly, wherein a hub of the hub assembly is rigidly secured to the sleeve member; and an orientation member wherein the orientation member is rigidly secured to the second tubular member and frictionally fit over the sleeve member , wherein the orientation hub is rotatable to transmit a rotational force applied to the orientation hub to rotate the second tubular member relative to the hub assembly to effectuate spatial rotation of the cutting window, wherein the orientation member is disposed along the second tubular member separate from and distal to the hub assembly, the orientation member comprises a proximal end which is distal to a distal end of the hub assembly.
A method for detecting metal particles present in a wall of a glass container for containing food or pharmaceutical products, said method comprising the steps of: - heating the metal particles present in the wall ; - inspecting the glass container during or after said step of heating the metal particles present in the wall ; characterised in that the step of heating the metal particles present in the wall comprises a step of heating said glass container through induction heating means or through microwave heating means , the step of heating the metal particles comprises a step of increasing the temperature of the metal particles to a greater extent than the remaining glass parts of the wall , and the step of inspecting the glass container comprises a step of inspecting the glass container through detection means for detecting metal particles which are hotter than the remaining glass parts of the wall . - heating the metal particles present in the wall ; - inspecting the glass container during or after said step of heating the metal particles present in the wall ;
Self-centering part extractor, comprising: - a first spindle onto which a body is screwed on which a series of arms are hinged around the first spindle , - a second, externally threaded, tubular spindle coaxial with, and independent of, the first spindle, which is fixed at its lower end to the body and having fitted, above that body, an upper handle , screwed onto the second spindle , - an intermediate annular support which is fixed to the upper handle , which can freely rotate around it, which is independent of the second spindle and is free to rotate and move over it characterized in that: - the annular support is articulated to a series of radial connecting rods , equal in number and position to the arms , each of whose connecting rod is hinged at its free end to the facing arm , - comprises a lower ring that rotates freely around, and slides over, the second spindle ; and; - each connecting rod has an intermediate longitudinal slot through which passes a pin fixed to the lower ring . - a first spindle onto which a body is screwed on which a series of arms are hinged around the first spindle , - a second, externally threaded, tubular spindle coaxial with, and independent of, the first spindle, which is fixed at its lower end to the body and having fitted, above that body, an upper handle , screwed onto the second spindle , - an intermediate annular support which is fixed to the upper handle , which can freely rotate around it, which is independent of the second spindle and is free to rotate and move over it - the annular support is articulated to a series of radial connecting rods , equal in number and position to the arms , each of whose connecting rod is hinged at its free end to the facing arm , - comprises a lower ring that rotates freely around, and slides over, the second spindle ; and; - each connecting rod has an intermediate longitudinal slot through which passes a pin fixed to the lower ring .
A method for manufacturing a metal alloy foam comprising a step of sintering a green structure comprising a metal component, which comprises a first metal, wherein the first metal is in the form of a first metal powder, having a relative magnetic permeability of 90 or more and a conductivity at 20°C of 8 MS/m or more and a second metal, wherein the second metal is in the form of a second metal powder, and the second metal is different from the first metal powder, wherein the second metal is one or more selected from the group consisting of copper, zinc, manganese, chromium, indium, tin, molybdenum, silver, platinum, gold, aluminum and magnesium; the green structure is formed using a slurry comprising the metal component containing the first and second metals, a dispersant, and a binder; and characterised in that the sintering of the green structure is performed by applying an electromagnetic field to the structure. wherein the second metal is one or more selected from the group consisting of copper, zinc, manganese, chromium, indium, tin, molybdenum, silver, platinum, gold, aluminum and magnesium; the green structure is formed using a slurry comprising the metal component containing the first and second metals, a dispersant, and a binder; and characterised in that the sintering of the green structure is performed by applying an electromagnetic field to the structure.
A method of reducing interference between a femto cell and a macro cell in a wireless communication network, wherein the femto cell is within the macro cell, the method comprising: identifying a plurality of preselected wireless signal carriers of the femto cell available in a predefined geographical area; measuring initial power levels for the wireless signal carriers provided in the predefined geographical area to identify a strength of an incoming signal; selecting one of the wireless signal carriers based on predefined criteria associated with the measured initial power level; and adjusting a transmission power level of the selected wireless signal carrier of a femto transmitter that is associated with a femto base station of the femto cell based on a communication placed to a mobile terminal , characterized by adjusting the transmission power level is performed by evaluating a signal quality indicator, CQI, average and determining whether the CQI is below a threshold in order to reduce the transmission power level if the CQI is not below a threshold. identifying a plurality of preselected wireless signal carriers of the femto cell available in a predefined geographical area; measuring initial power levels for the wireless signal carriers provided in the predefined geographical area to identify a strength of an incoming signal; selecting one of the wireless signal carriers based on predefined criteria associated with the measured initial power level; and adjusting a transmission power level of the selected wireless signal carrier of a femto transmitter that is associated with a femto base station of the femto cell based on a communication placed to a mobile terminal , characterized by adjusting the transmission power level is performed by evaluating a signal quality indicator, CQI, average and determining whether the CQI is below a threshold in order to reduce the transmission power level if the CQI is not below a threshold.
A C-frame press having a press frame , a first ram device and a second ram device which is opposite the first ram device , wherein at least one of the first ram device and second ram device has at least one drive device and can be moved relative to the other ram device in a pressing direction , characterized in that the press frame has a first bending bar and a second bending bar which are connected to each other by means of a tension column and a pressure column and which define with the tension column and pressure column a frame plane which extends parallel with the pressing direction , wherein the tension column is connected to each of the first bending bar and the second bending bar by means of a bearing which is torque-free about an axis which extends perpendicularly to the frame plane , and wherein the first ram device is guided in a linear guide which extends parallel with the pressing direction and/or the second ram device is guided in a linear guide which extends parallel with the pressing direction , wherein the pressing direction is the vertical direction in an operating position of the C-frame press , wherein the pressure column is arranged at an end of the first bending bar and the second bending bar , which end faces away from the first ram device and the second ram device , and wherein the tension column is arranged between the pressure column and the first and second ram devices, characterized in that the first ram device and the second ram device are each supported on the press frame by means of a bearing (38, 39, 40; 42, 43, 44) which is torque-free about an axis which extends perpendicularly to the frame plane , and in that either the tension column has the respective linear guide which guides the first ram device and/or the second ram device parallel with the pressing direction or that the respective linear guide which guides the first ram device and/or the second ram device parallel with the pressing direction is supported on the press frame by means of a bearing which is torque-free about an axis which extends perpendicularly to the frame plane .
An optical cable tensioning member comprising an expandable mandrel , wherein said expandable mandrel comprises a first bracket and a second bracket forming a cable winding circumference (CR), the first bracket having a first inner surface and the second bracket having a second inner surface which is at a distance (DS) from said first inner surface , characterized in that said expandable mandrel further comprises a rotatable central member which is configured, when turned, to increase said distance (DS) and expand said cable winding circumference (CR).
A wind turbine blade for a wind turbine , the wind turbine blade comprising a support element having first fibers being electrically conductive, and a fiber material having second fibers being electrically conductive, wherein the fiber material has a free portion and an overlapping portion which is at least partially attached and electrically connected to the support element , wherein an extension direction (V) of the second fibers changes along an extension path of the second fibers , wherein a first angle (α1) is provided between the second fibers in the overlapping portion and the first fibers , wherein a second angle (α2) is provided between the second fibers in the free portion and the first fibers , and wherein the second angle (α2) is larger than the first angle (α1), characterized in that the first angle (α1) is between 0 and 50° and the first and second fibers are unidirectional carbon fibers.