mhurhangee/patent-ind-claim-en huggingface dataset:
A control unit for a working machine , the working machine comprising an implement and a main body , said implement being movable relative to said main body , said working machine further comprising a control entity adapted to be activated upon receipt of an action initiating signal, the control unit being adapted to: - identify that a human operator of said working machine actively operates said implement relative to said main body towards a reference surface until said implement contacts said reference surface , thereby identifying a human operator input signal, and - upon identification of said operator input signal, issue said action initiating signal to said control entity characterized in that said control unit is further adapted to identify that a human operator of said working machine , subsequent to an established contact between said implement and said reference plane, actively operates said implement away from said reference surface such that said contact between said implement and said reference surface ceases, wherein said control unit is adapted to determine a contact time (t c ) during which said implement contacts said reference surface before said contact ceases. - identify that a human operator of said working machine actively operates said implement relative to said main body towards a reference surface until said implement contacts said reference surface , thereby identifying a human operator input signal, and - upon identification of said operator input signal, issue said action initiating signal to said control entity
A pump , comprising: a compression compartment configured to receive, between first and second sides of the compartment, a flexible container holding a fluid and having an outlet ; a pump mechanism coupled to drive the first and second sides of the compartment together so as to force the fluid out of the container through the outlet; first and second electrodes fixed respectively to the first and second sides; and a processor coupled to the first and second electrodes and configured to measure a capacitance between the first and second electrodes and to estimate, responsively to the capacitance, a volume of the fluid remaining in the container. a compression compartment configured to receive, between first and second sides of the compartment, a flexible container holding a fluid and having an outlet ; a pump mechanism coupled to drive the first and second sides of the compartment together so as to force the fluid out of the container through the outlet; first and second electrodes fixed respectively to the first and second sides; and a processor coupled to the first and second electrodes and configured to measure a capacitance between the first and second electrodes and to estimate, responsively to the capacitance, a volume of the fluid remaining in the container.
Orthosis, in particular gonarthrosis orthosis for relieving the medial or lateral knee compartment of the human knee, with a belt system , wherein the belt system includes at least one tension-stable belt device , wherein each belt device comprise at least one end belt each, wherein each belt device comprise at least one connecting belt each, which is connected to each end belt of the respective belt device in an angularly adjustable manner, wherein the orthosis comprise a cuff to which the belt system is attached, that the at least one belt device consists of exactly one first belt device with a first connecting belt and exactly one second belt device with a second connecting belt , that both belt devices cross each other and are each attached to a proximal region and to a distal region of the cuff , characterized in that the belt system includes fastening devices with ropes by means of which both belt devices are attached to the cuff , and that the belt system comprise deflection eyelets at which the end belts of the belt devices are held, wherein each rope of each fastening device projects through a deflection eyelet and holds this deflection eyelet in one degree of freedom of translation and two degrees of freedom of rotation on the respective fastening device .
An angle impact tool comprising: a motor including an output shaft configured to rotate about a first axis ; an impact mechanism configured to drive rotation of an output drive about a second axis that is non-parallel to the first axis ; and a gear assembly configured to be driven by the output shaft of the motor and to drive the impact mechanism , the gear assembly comprising (i) a planetary gear set coupled to the output shaft of the motor, (ii) a bevel gear set coupled to the planetary gear set, the bevel gear set configured to be driven by the planetary gear set; and (iii) a spur gear set coupled to the bevel gear set and to the impact mechanism , the spur gear set configured to be driven by the bevel gear set and to drive the impact mechanism , the spur gear set including only two gears ; wherein the bevel gear set comprises a first bevel gear and a second bevel gear that meshes with the first bevel gear , the first bevel gear being configured to rotate about the first axis , and the second bevel gear being configured to rotate about a third axis that is parallel to and spaced apart from the second axis . a motor including an output shaft configured to rotate about a first axis ; an impact mechanism configured to drive rotation of an output drive about a second axis that is non-parallel to the first axis ; and a gear assembly configured to be driven by the output shaft of the motor and to drive the impact mechanism , the gear assembly comprising (i) a planetary gear set coupled to the output shaft of the motor, (ii) a bevel gear set coupled to the planetary gear set, the bevel gear set configured to be driven by the planetary gear set; and (iii) a spur gear set coupled to the bevel gear set and to the impact mechanism , the spur gear set configured to be driven by the bevel gear set and to drive the impact mechanism , the spur gear set including only two gears ; wherein the bevel gear set comprises a first bevel gear and a second bevel gear that meshes with the first bevel gear , the first bevel gear being configured to rotate about the first axis , and the second bevel gear being configured to rotate about a third axis that is parallel to and spaced apart from the second axis .
A frequency detector comprising a first impedance circuit having a first terminal configured to receive an input signal (SIG IN ), and a second terminal configured to output a divisional signal (SIG DVS ), and a second impedance circuit having a first terminal coupled to the second terminal of the first impedance circuit , and a second terminal coupled to a first system voltage terminal (NV1), characterized by : the first impedance circuit comprises a resistor (R1), a capacitor (C0), and an imaginary impedance unit coupled in series between the first terminal and the second terminal of the first impedance circuit ; second impedance circuit comprises a second capacitor (C2) and a second inductor (L2) coupled in series between the first terminal and the second terminal of the second impedance circuit ; a frequency response of the first impedance circuit is different from a frequency response of the second impedance circuit ; and an impedance of the first impedance circuit , an impedance of the second impedance circuit , and the divisional signal (SIG DVS ) change with a frequency of the input signal (SIG IN ). the first impedance circuit comprises a resistor (R1), a capacitor (C0), and an imaginary impedance unit coupled in series between the first terminal and the second terminal of the first impedance circuit ; second impedance circuit comprises a second capacitor (C2) and a second inductor (L2) coupled in series between the first terminal and the second terminal of the second impedance circuit ; a frequency response of the first impedance circuit is different from a frequency response of the second impedance circuit ; and an impedance of the first impedance circuit , an impedance of the second impedance circuit , and the divisional signal (SIG DVS ) change with a frequency of the input signal (SIG IN ).
Gas turbine component comprising a corrosively loaded substrate and a coating system , at least comprising a first layer , a second layer and a third layer , in which - the first layer , which is arranged between a surface of the substrate and the second layer , is in the form of an adhesion promoter layer, - the second layer is a ductile metallic layer having a columnar structure, and - the third layer , which is arranged on that side of the second layer which faces away from the substrate , is a ceramic oxide layer having a hardness of at least 20 GPa. - the first layer , which is arranged between a surface of the substrate and the second layer , is in the form of an adhesion promoter layer, - the second layer is a ductile metallic layer having a columnar structure, and - the third layer , which is arranged on that side of the second layer which faces away from the substrate , is a ceramic oxide layer having a hardness of at least 20 GPa.
Method for classifying unknown particles on a surface of a semiconductor wafer comprising: depositing particles of known chemical composition of different sizes on a test wafer, determining a size of a plurality of particles of known chemical composition and taking a spectrum of energy dispersive X-ray spectroscopy of a plurality of particles of known chemical composition, followed by determining a material content thereof, respectively, and fitting a compensation curve to the size and material content of the particles of known chemical composition, further determining a particle size of an unknown particle and recording an energy dispersive X-ray spectroscopy spectrum of the unknown particle and determining therefrom the material content of the unknown particle on a semiconductor wafer and classifying the unknown particle as a result of comparing the size and material content of the unknown particle with the compensation curve.
A can combustion chamber comprising a casing having a longitudinal axis and housing a plurality of cans , each can comprising a wall and a perforated cooling liner around the wall , characterized in that cooling liners have perforations staggered with respect to perforations of the liners of adjacent cans and in that the perforations of each liner project on the liners of adjacent cans perpendicularly to a plane passing through the longitudinal axis and between the two adjacent cans .
A wound dressing comprising a first layer of an absorbent material, a second layer of a superabsorbent polymer in the form of a powder or granules, and a third layer of a superabsorbent material in the form of fibres, wherein the second layer is positioned between the first layer and the third layer; wherein the absorbent material is a physiologically acceptable material that is capable of absorbing fluid to greater than about 500% by weight of the absorbent material, and with a fluid retention of greater than about 40%, and wherein the absorbent material comprises a foam; and wherein the superabsorbent polymer and the superabsorbent material are each capable of absorbing fluid to greater than about 2000% by weight of the superabsorbent material, with a fluid retention of greater than about 85%; wherein the superabsorbent polymer comprises a polymer selected from starch, cellulose, poly(vinyl alcohol), poly(ethylene oxide), poly(acrylic acid); synthetic polymers from produced acrylic monomers, polysaccharide-based polymers produced from carbohydrate polymers, and poly(amino acid)-based polymers comprising polypeptides as the main or part of their structure; and wherein the superabsorbent material is selected from starch, cellulose, and polymeric materials such as poly(vinyl alcohol), poly(ethylene oxide), and poly(acrylic acid); or carboxymethylcellulose and chitosan fibre derivatives. wherein the absorbent material is a physiologically acceptable material that is capable of absorbing fluid to greater than about 500% by weight of the absorbent material, and with a fluid retention of greater than about 40%, and wherein the absorbent material comprises a foam; and wherein the superabsorbent polymer and the superabsorbent material are each capable of absorbing fluid to greater than about 2000% by weight of the superabsorbent material, with a fluid retention of greater than about 85%; wherein the superabsorbent polymer comprises a polymer selected from starch, cellulose, poly(vinyl alcohol), poly(ethylene oxide), poly(acrylic acid); synthetic polymers from produced acrylic monomers, polysaccharide-based polymers produced from carbohydrate polymers, and poly(amino acid)-based polymers comprising polypeptides as the main or part of their structure; and wherein the superabsorbent material is selected from starch, cellulose, and polymeric materials such as poly(vinyl alcohol), poly(ethylene oxide), and poly(acrylic acid); or carboxymethylcellulose and chitosan fibre derivatives.
Arrangement for positioning and aligning containers to be coupled to one another, the arrangement having two apparatuses arranged on opposite free side faces of each container to be positioned, the apparatuses each comprising comprises a positioning apparatus detachably arranged with a container to be positioned, which is adapted to move the container to be positioned relative to the ground, wherein the positioning apparatus comprises a support element base arranged in a positioning position for stationary placement on the ground, and a vertical positioning unit horizontally movably arranged on the support element base , wherein the vertical positioning unit comprises an adjusting means which is adapted for vertical hanging reception of the container to be positioned. comprises a positioning apparatus detachably arranged with a container to be positioned, which is adapted to move the container to be positioned relative to the ground, wherein the positioning apparatus comprises a support element base arranged in a positioning position for stationary placement on the ground, and a vertical positioning unit horizontally movably arranged on the support element base , wherein the vertical positioning unit comprises an adjusting means which is adapted for vertical hanging reception of the container to be positioned.
An insulation impedance detection circuit, characterized by comprising: an impedance detection module connected between a positive terminal and a negative terminal of a direct-current bus to be detected, the impedance detection module comprising a first resistance bridge and a second resistance bridge arranged in parallel, wherein the first resistance bridge is composed of a first resistor R3 and a second resistor R4 connected in series, a connection line between the first resistor R3 and the second resistor R4 being grounded, and the second resistance bridge is composed of a third resistor R5, a fourth resistor R6, and a first switch S disposed between the third resistor R5 and the fourth resistor R6, the third resistor R5 or the fourth resistor R6 being grounded through the first switch S; characterised in that the first resistor R3 and the third resistor R5 are connected to the positive terminal of the direct-current bus to be detected through a first sampling resistor R1, the second resistor R4 and the fourth resistor R6 are connected to the negative terminal of the direct-current bus to be detected through a second sampling resistor R2, each of the first sampling resistor R1 and the second sampling resistor R2 being provided with a voltage sampling chip, and the impedance detection module is configured to calculate an insulation impedance value of the direct-current bus to be detected according to voltage values of two sampling resistors before and after switching of the first switch S.
A display system comprising: a first display unit configured to display first content; a second display unit connected to the first display unit, wherein the second display unit is configured to display second content; and a remote control device configured to control the first and second display units, characterized in that the display system further comprises: a controller configured to: display a pointer for controlling an operation of the display system on the first display unit and one or more reference lines indicating an aspect ratio to be adjusted on the second display unit in correspondence with a user input for adjusting a screen size, wherein the pointer moves in response to a movement of the remote control device, and display the first content on a merged screen of the first and second display units if a first user input for dragging and dropping the pointer to one of the one or more reference lines is received from the remote control device, wherein the merged screen has the aspect ratio indicated by the reference line. a first display unit configured to display first content; a second display unit connected to the first display unit, wherein the second display unit is configured to display second content; and a remote control device configured to control the first and second display units, characterized in that the display system further comprises: a controller configured to: display a pointer for controlling an operation of the display system on the first display unit and one or more reference lines indicating an aspect ratio to be adjusted on the second display unit in correspondence with a user input for adjusting a screen size, wherein the pointer moves in response to a movement of the remote control device, and display the first content on a merged screen of the first and second display units if a first user input for dragging and dropping the pointer to one of the one or more reference lines is received from the remote control device, wherein the merged screen has the aspect ratio indicated by the reference line. display a pointer for controlling an operation of the display system on the first display unit and one or more reference lines indicating an aspect ratio to be adjusted on the second display unit in correspondence with a user input for adjusting a screen size, wherein the pointer moves in response to a movement of the remote control device, and display the first content on a merged screen of the first and second display units if a first user input for dragging and dropping the pointer to one of the one or more reference lines is received from the remote control device, wherein the merged screen has the aspect ratio indicated by the reference line.
An electrode for potential acquisition of a surface, the electrode comprising: at least two pins (11a, 11b, ..., 11N, 21) for contacting the surface, and a local signal processing unit connected to at least one (11a, 11b, ..., 11N) of the pins (11a, 11b, ..., 11N, 21), wherein the local signal processing unit is configured to perform signal processing operations with respect to the corresponding surface potential signal of the respective at least one pin (11a, 11b, ..., 11N), wherein the local signal processing unit is directly integrated into the electrode , and characterized in that the local signal processing unit comprises at least one single-end input instrumentation amplifier, wherein the at least one single-end input instrumentation amplifier (13a, 13b, ..., 13N) is configured to amplify the corresponding surface potential signal of the respective at least one pin (11a, 11b, ..., 11N), wherein another reference terminal of the at least one single-end input instrumentation amplifier is connected to a DC-servo loop. at least two pins (11a, 11b, ..., 11N, 21) for contacting the surface, and a local signal processing unit connected to at least one (11a, 11b, ..., 11N) of the pins (11a, 11b, ..., 11N, 21), wherein the local signal processing unit is configured to perform signal processing operations with respect to the corresponding surface potential signal of the respective at least one pin (11a, 11b, ..., 11N), wherein the local signal processing unit is directly integrated into the electrode , and wherein the local signal processing unit is configured to perform signal processing operations with respect to the corresponding surface potential signal of the respective at least one pin (11a, 11b, ..., 11N), wherein the local signal processing unit is directly integrated into the electrode , and characterized in that the local signal processing unit comprises at least one single-end input instrumentation amplifier, wherein the at least one single-end input instrumentation amplifier (13a, 13b, ..., 13N) is configured to amplify the corresponding surface potential signal of the respective at least one pin (11a, 11b, ..., 11N), wherein another reference terminal of the at least one single-end input instrumentation amplifier is connected to a DC-servo loop.
A die cutter clamping and limiting device, comprising a clamping assembly and a limiting assembly which are mounted on a die cutter fixing plate of a cutting machine, wherein the clamping assembly comprises a left die pressing plate , a right die pressing plate , and pressing cylinders , the left die pressing plate and the right die pressing plate are disposed on the left and right side edges of a lower surface of the die cutter fixing plate respectively, wherein the limiting assembly comprises front limiting components and rear limiting components located at front and rear side surfaces of the die cutter fixing plate , wherein at least one of the front limiting component and the rear limiting component is a movable limiting component and the other is a fixed limiting component or movable limiting component , wherein the movable limiting components perform limiting or unlocking for the front and rear side surfaces of the die cutter (A) by performing linkage with the left die pressing plate or the right die pressing plate , characterized in that, the pressing cylinders are disposed inside the die cutter fixing plate and drive the left die pressing plate and the right die pressing plate respectively to press a die cutter (A) closely against the lower surface of the die cutter fixing plate .
A thermosensitive probe comprising: a non-metallic thermoconductive member defining a housing space ; a thermosensitive element disposed in the housing space; and a coupling member having a portion surrounding the thermosensitive element in the housing space while fixing the thermosensitive element to the thermoconductive member, wherein a thermal conductivity of the thermoconductive member is higher than a thermal conductivity of the coupling member , the thermosensitive probe further comprising: an electrically conductive core wire electrically connected to the thermosensitive element; and an electrically insulative sheath partially surrounding the core wire , wherein an outer diameter of the sheath : and an outer diameter of the thermoconductive member other, and coincide with each wherein a thermal conductivity of the sheath is lower than the thermal conductivity of the coupling member . a non-metallic thermoconductive member defining a housing space ; a thermosensitive element disposed in the housing space; and a coupling member having a portion surrounding the thermosensitive element in the housing space while fixing the thermosensitive element to the thermoconductive member, wherein a thermal conductivity of the thermoconductive member is higher than a thermal conductivity of the coupling member , the thermosensitive probe further comprising: an electrically conductive core wire electrically connected to the thermosensitive element; and an electrically insulative sheath partially surrounding the core wire , wherein an outer diameter of the sheath : and an outer diameter of the thermoconductive member other, and coincide with each wherein a thermal conductivity of the sheath is lower than the thermal conductivity of the coupling member . an electrically conductive core wire electrically connected to the thermosensitive element; and an electrically insulative sheath partially surrounding the core wire , wherein an outer diameter of the sheath : and an outer diameter of the thermoconductive member other, and coincide with each wherein a thermal conductivity of the sheath is lower than the thermal conductivity of the coupling member .