mhurhangee/patent-ind-claim-en huggingface dataset:
A heat treatment facility performing a heat treatment on a workpiece (W), the heat treatment facility comprising: a treatment container in which the workpiece (W) is housed; a heater which is provided in the treatment container and heats the workpiece (W) by radiation heat at least from below the workpiece (W); a plurality of support posts which are provided in the treatment container and support the workpiece (W); and two round bars provided at the upper end of each of the support posts ; wherein a long side direction of the round bars is directed in a furnace width direction (D), wherein a pillar part of the support post has a narrow part at a portion facing a heating element of the heater . a treatment container in which the workpiece (W) is housed; a heater which is provided in the treatment container and heats the workpiece (W) by radiation heat at least from below the workpiece (W); a plurality of support posts which are provided in the treatment container and support the workpiece (W); and two round bars provided at the upper end of each of the support posts ; wherein a long side direction of the round bars is directed in a furnace width direction (D), wherein a pillar part of the support post has a narrow part at a portion facing a heating element of the heater .
A post-processing apparatus of a solar cell that carries out a post-processing operation including a main period (ST562) for heat-treating a solar cell having a semiconductor substrate while providing light to the solar cell, the post-processing apparatus comprising: a main section to carry out the main period, wherein the main section comprises a first heat source unit to provide heat to the semiconductor substrate and a light source unit to provide light to the semiconductor substrate, the first heat source unit and the light source unit being positioned in the main section, and the light source unit comprises a light source constituted by a plasma lighting system (PLS), wherein the light source unit and the first heat source unit provide light and heat, respectively, to the semiconductor substrate in a state in which the light source unit and the first heat source unit are spaced apart from each other, wherein light provided to the semiconductor substrate by the light source has a wavelength of 600nm to 1000nm. a main section to carry out the main period, wherein the main section comprises a first heat source unit to provide heat to the semiconductor substrate and a light source unit to provide light to the semiconductor substrate, the first heat source unit and the light source unit being positioned in the main section, and the light source unit comprises a light source constituted by a plasma lighting system (PLS), wherein the light source unit and the first heat source unit provide light and heat, respectively, to the semiconductor substrate in a state in which the light source unit and the first heat source unit are spaced apart from each other, wherein light provided to the semiconductor substrate by the light source has a wavelength of 600nm to 1000nm.
Clamping apparatus for clamping a tool in a tool holder by means of a collet and a clamping nut , characterized by - a clamping ring for clamping the tool holder, - a lever rigidly connected to the clamping ring, - a pressure cell against which the lever rests and to which said lever transmits a force which is generated by a torque exerted on the clamping nut, and - a display device connected to the measuring unit and calibrated in accordance with the torque exerted. - a clamping ring for clamping the tool holder, - a lever rigidly connected to the clamping ring, - a pressure cell against which the lever rests and to which said lever transmits a force which is generated by a torque exerted on the clamping nut, and - a display device connected to the measuring unit and calibrated in accordance with the torque exerted.
An imaging module , comprising: a housing ; a reflective element , an image sensor , a lens assembly , a moving element , and a drive mechanism all disposed in the housing ; wherein the housing has a light inlet ; the reflective element is configured to redirect incident light from the light inlet to pass through the lens assembly and reach the image sensor , such that the image sensor senses the incident light outside the imaging module ; the moving element is disposed between the reflective element and the image sensor ; the lens assembly is fixed to the moving element ; the drive mechanism is configured to drive the moving element to move along an optical axis of the lens assembly , such that the lens assembly performs focusing and the image sensor performs imaging; the imaging module further comprises a module circuit board fixed to the housing ; wherein the module circuit board comprises a reinforcing plate communicating with a ground pin of the module circuit board such that the housing is grounded; characterized in that the imaging module further comprises a sensor circuit board ; wherein the image sensor is fixed to the sensor circuit board ; the module circuit board comprises a connecting portion and a positioning portion ; the connecting portion is a flexible circuit board; the connecting portion connects the sensor circuit board and the positioning portion ; the positioning portion is a rigid circuit board; the reinforcing plate is attached to a side surface of the positioning portion facing the housing . a housing ; a reflective element , an image sensor , a lens assembly , a moving element , and a drive mechanism all disposed in the housing ; wherein the housing has a light inlet ; the reflective element is configured to redirect incident light from the light inlet to pass through the lens assembly and reach the image sensor , such that the image sensor senses the incident light outside the imaging module ; the moving element is disposed between the reflective element and the image sensor ; the lens assembly is fixed to the moving element ; the drive mechanism is configured to drive the moving element to move along an optical axis of the lens assembly , such that the lens assembly performs focusing and the image sensor performs imaging; the imaging module further comprises a module circuit board fixed to the housing ; wherein the module circuit board comprises a reinforcing plate communicating with a ground pin of the module circuit board such that the housing is grounded; characterized in that the imaging module further comprises a sensor circuit board ; wherein the image sensor is fixed to the sensor circuit board ; the module circuit board comprises a connecting portion and a positioning portion ; the connecting portion is a flexible circuit board; the connecting portion connects the sensor circuit board and the positioning portion ; the positioning portion is a rigid circuit board; the reinforcing plate is attached to a side surface of the positioning portion facing the housing .
A delivery system for delivering an umbrella-shaped ventricular partitioning device into a patient's ventricle and mechanically deploying the partitioning device to reduce the effective volume of the ventricle by expanding the ventricular partitioning device from a collapsed configuration into an expanded configuration, the system including: an elongate guide catheter having a proximal end and a distal end; a mechanical expander near the distal end of the guide catheter having a plurality of arms configured to extend outwards, wherein the arms are joined at their proximal and distal ends and form a teardrop shape when operated to apply pressure to the partitioning device to open the partitioning device and secure it in the ventricle; and a coupling element distal to the mechanical expander and configured to deployably secure to a central hub of the partitioning device and to retain the mechanical expander at least partially surrounded by the collapsed partitioning device prior to deployment. an elongate guide catheter having a proximal end and a distal end; a mechanical expander near the distal end of the guide catheter having a plurality of arms configured to extend outwards, wherein the arms are joined at their proximal and distal ends and form a teardrop shape when operated to apply pressure to the partitioning device to open the partitioning device and secure it in the ventricle; and a coupling element distal to the mechanical expander and configured to deployably secure to a central hub of the partitioning device and to retain the mechanical expander at least partially surrounded by the collapsed partitioning device prior to deployment.
A modified FIX polypeptide, comprising the amino acid replacements R338E/T343R in a mature FIX polypeptide having a sequence set forth in SEQ ID NO:3, or the same replacement at a corresponding amino acid residue in an unmodified FIX polypeptide, wherein: corresponding amino acid residues are identified by alignment of the unmodified FIX polypeptide with the FIX polypeptide of SEQ ID NO:3; the unmodified FIX polypeptide consists of a sequence of amino acids set forth in SEQ ID NO: 2, 3, 20 or 325 or is unmodified FIXa, which consists of a light chain that consists of residues 1-145, and a heavy chain that consists of residues 181-415, of SEQ ID NO:3; the modified FIX polypeptide consists of 1, 2, 3, 4, 5, 6, 7, 8, or 9 additional modification(s); modifications are amino acid replacements, additions or deletions, or any combination thereof; the modified FIXa form of the FIX polypeptide exhibits increased procoagulant activity compared to the unmodified FIXa form of the FIX polypeptide that does not contain the modification(s); and procoagulant activity is the activity as assessed in an assay that measures blood coagulant activity. corresponding amino acid residues are identified by alignment of the unmodified FIX polypeptide with the FIX polypeptide of SEQ ID NO:3; the unmodified FIX polypeptide consists of a sequence of amino acids set forth in SEQ ID NO: 2, 3, 20 or 325 or is unmodified FIXa, which consists of a light chain that consists of residues 1-145, and a heavy chain that consists of residues 181-415, of SEQ ID NO:3; the modified FIX polypeptide consists of 1, 2, 3, 4, 5, 6, 7, 8, or 9 additional modification(s); modifications are amino acid replacements, additions or deletions, or any combination thereof; the modified FIXa form of the FIX polypeptide exhibits increased procoagulant activity compared to the unmodified FIXa form of the FIX polypeptide that does not contain the modification(s); and procoagulant activity is the activity as assessed in an assay that measures blood coagulant activity.
Apparatus for monitoring inflammation of the skin of a patient during palpation of the patient by a therapist, the apparatus comprising: first and second probes configured to contact a first and a second area of the patient's skin, each of the probes comprising a printed galvanic skin response (GSR) sensor configured to measure conductivity or resistance of the skin, a microphone configured to measure crepitus produced by movement of the probe over the skin, a pressure sensor operative to measure a force by which the probe is being pushed against the skin, and a temperature sensor configured to measure the temperature of the skin, wherein: the GSR sensors comprise electrodes arranged in concentric , interdigitated electrode array; the sensors of the first and second probes each connected to a data processing and collection unit comprising means configured to monitor outputs of the sensors of the first and second probes and a display configured to simultaneously display the outputs of the corresponding sensors of the first and second probes for comparison. the GSR sensors comprise electrodes arranged in concentric , interdigitated electrode array; the sensors of the first and second probes each connected to a data processing and collection unit comprising means configured to monitor outputs of the sensors of the first and second probes and a display configured to simultaneously display the outputs of the corresponding sensors of the first and second probes for comparison.
A utility vehicle , in particular utility vehicle trailer, comprising a chassis on which a tire inflation system can be arranged or is arranged, wherein the chassis has at least one axle (20-28) with a cavity (30-38), wherein the axle (20-28) is embodied as a compressed-gas reservoir in which a gas is stored at a specified gas pressure for inflating a tire of the utility vehicle with the gas, and wherein the compressed-gas reservoir has a wall with a compressive strength of at least 1.4 N/mm2, characterized in that the compressed-gas reservoir can be filled when necessary up to a gas pressure which is higher than the specified tire gas pressure, to at least 14 bar, by means of an external compressed-gas supply unit , wherein the external compressed-gas supply unit comprises a compressor at a gas station or a workshop.
Method for measuring the pretensioning force of a traction means under tensile stress in a running traction drive, wherein the traction drive comprises at least one drive roller, deflecting rollers, possibly a driven roller and at least one tensioning roller , wherein at least one of the rollers of the traction drive is assigned a device for measuring the contact pressure, proportional to the pretensioning force, of the traction means against the roller and is assigned a device for generating an electronic signal dependent on the contact pressure, wherein the electronic signal is transmitted to a control device for the closed-loop or open-loop control of a tensioning device which is arranged within the traction drive and acts on the tensioning roller, characterized in that the measuring of the contact pressure of the traction means is performed by a pressure-sensitive sensor device arranged in the contact area, facing the traction means, of at least one of the rollers.
An earth-orbit satellite, comprising a structure of which the orientation is maintained constant in relation to the Earth in an operational configuration of the satellite in the orbit; a center of mass (CM) of the satellite being contained in the structure of the satellite, the satellite further comprising a propulsion device for the orbit control of the satellite, the propulsion device comprising two thrusters each one suitable for delivering a thrust according to one axis, and fixed to the structure of the satellite in the same half-space separated by the plane of the orbit, and the thrusters being arranged on the structure on either side of a plane containing the center of mass (CM) and perpendicular to a Z-axis of the satellite oriented towards the Earth; the thrusters being configured in such a way that a force resulting from the thrusts of the two simultaneously activated thrusters represents a principal component according to a Y-axis of the satellite oriented perpendicular to the orbit, characterized in that each of the two thrusters comprises a motorized mechanism suitable for controlling the orientation of said thruster around two axes substantially perpendicular to its thrust axis.
A nozzle cover for a laser drill , the nozzle cover comprising: a mount with a first opening centered about a drill axis (A) through which a nozzle can extend; a first shell member extending along the drill axis (A), the first shell member having a first end attached to the mount at a first pivot and a second end with a first notch ; and a second shell member extending along the drill axis (A), the second shell member having a first end attached to the mount at a second pivot and a second end with a second notch , wherein the first shell member and the second shell member are configured to pivot between a closed position in which the first shell member and the second shell member form a hollow interior portion coaxial with the drill axis (A) to at least partially enclose the nozzle and an open position in which the second end of the first shell member is distant from the second end of the second shell member to expose the nozzle ; characterised in that the first shell member is configured to pivot about the first pivot , the second shell member is configured to pivot about the second pivot , and the mount includes the first pivot and the second pivot , which extend through the mount perpendicular to the drill axis (A). a mount with a first opening centered about a drill axis (A) through which a nozzle can extend; a first shell member extending along the drill axis (A), the first shell member having a first end attached to the mount at a first pivot and a second end with a first notch ; and a second shell member extending along the drill axis (A), the second shell member having a first end attached to the mount at a second pivot and a second end with a second notch , wherein the first shell member and the second shell member are configured to pivot between a closed position in which the first shell member and the second shell member form a hollow interior portion coaxial with the drill axis (A) to at least partially enclose the nozzle and an open position in which the second end of the first shell member is distant from the second end of the second shell member to expose the nozzle ; characterised in that the first shell member is configured to pivot about the first pivot , the second shell member is configured to pivot about the second pivot , and the mount includes the first pivot and the second pivot , which extend through the mount perpendicular to the drill axis (A).
A method for crimping corners, in particular for crimping corners of window frames made of aluminum profiles, comprising the steps of: arranging two profiles on a worktop of a crimping machine and next performing the crimp by means of at least two crimping tools of the crimping machine, wherein the first crimping tool is located at a side of the first profile, and the second crimping tool is located at a side of the second profile, characterized by performing the crimp in at least two stages, such that in each subsequent crimping stage the crimp is performed at a different position of a single profile or the crimp is performed simultaneously in two profiles.
A polymer-containing composition for dispersants for cement, the composition comprising a polymer comprising a repeating unit derived from an unsaturated polyalkylene glycol ether monomer (I) and a repeating unit derived from an unsaturated carboxylic acid monomer (II), wherein the unsaturated polyalkylene glycol ether monomer (I) is represented by the following formula : wherein AO is a C2-C18 oxyalkylene group; and m is an average addition number of moles of the oxyalkylene groups and is 40 to 250, the unsaturated carboxylic acid monomer (II) is represented by the following formula : wherein R 3 and R 4 , which are the same or different, each are a hydrogen atom, a methyl group, or -COOM 2 and are not both -COOM 2 ; R 5 is a hydrogen atom, a methyl group, or -CH 2 COOM 3 ; R 3 and R 4 , which are the same or different, each are a hydrogen atom or a methyl group when R 5 is -CH 2 COOM 3 ; M 1 , M 2 , and M 3 each are a hydrogen atom, a monovalent metal, a divalent metal, ammonium, or an organic amine, the polymer-containing composition is prepared by polymerizing an unsaturated polyalkylene glycol ether monomer (I)-containing composition that comprises 1 to 5% by mass of a polyalkylene glycol (A) and 1 to 5% by mass of an isomer (B) of the unsaturated polyalkylene glycol ether monomer (I) in which the double bond is transferred, based on 100% by mass of the unsaturated polyalkylene glycol ether monomer (I).
Sheet metal panel constituting a lining of the rear part of a body side of a vehicle and a rear wheel arch , said wheel arch having stiffening ribs , characterized in that these stiffening ribs extend radially over said wheel arch from the free end of the panel portion forming the wheel arch to the junction area of said wheel arch with the panel portion forming the lining , at least one rib extending, beyond said junction area, into the lining portion of the panel .
A method implemented at a terminal device , comprising: performing (S210) power control for at least a first type of traffic (120-2) based on a first parameter configuration of a first power control loop; and performing (S220) power control for at least a second type of traffic (120-1) based on a second parameter configuration of a second control loop, wherein the first parameter configuration of the first power control loop includes at least one parameter different from the second parameter configuration of the second power control loop; and wherein the first type of traffic (120-2) includes enhanced Mobile BroadBand, eMBB, data and control information communications and the second type of traffic (120-1) includes Ultra-Reliable and Low-Latency Communication, URLLC, data and control information communications. performing (S210) power control for at least a first type of traffic (120-2) based on a first parameter configuration of a first power control loop; and performing (S220) power control for at least a second type of traffic (120-1) based on a second parameter configuration of a second control loop, wherein the first parameter configuration of the first power control loop includes at least one parameter different from the second parameter configuration of the second power control loop; and wherein the first type of traffic (120-2) includes enhanced Mobile BroadBand, eMBB, data and control information communications and the second type of traffic (120-1) includes Ultra-Reliable and Low-Latency Communication, URLLC, data and control information communications.
An integrated gripper , wherein said integrated gripper comprises a kernel processor , a servo gripper finger member , a pneumatic member and an interface member ; said servo gripper finger member comprises at least two fingers , a servo actuator and a motor , said fingers being driven by said motor to grip and/or move an object; said pneumatic member , comprising a cup , a vacuum generator and a pneumatic actuator , is configured to suck and/or blow off an object; said kernel processor is configured to control said servo actuator of said servo gripper finger member and said pneumatic actuator of said pneumatic member ; and said interface member comprises a power supply interface , a bus interface and an air input interface , said power supply interface , said bus interface and said air input interface being connectable to a power supply, a bus and an air input respectively. said integrated gripper comprises a kernel processor , a servo gripper finger member , a pneumatic member and an interface member ; said servo gripper finger member comprises at least two fingers , a servo actuator and a motor , said fingers being driven by said motor to grip and/or move an object; said pneumatic member , comprising a cup , a vacuum generator and a pneumatic actuator , is configured to suck and/or blow off an object; said kernel processor is configured to control said servo actuator of said servo gripper finger member and said pneumatic actuator of said pneumatic member ; and said interface member comprises a power supply interface , a bus interface and an air input interface , said power supply interface , said bus interface and said air input interface being connectable to a power supply, a bus and an air input respectively.