mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling operation of a robotic cleaning device, comprising the steps of: sensing (S101) a displacement of the robotic cleaning device; the method being characterized in comprising determining (S102) a characteristic of the displacement of the robotic cleaning device, said characteristic specifying a pattern of movement of the robotic cleaning device caused by a user displacing the robotic cleaning device; setting (S103) the robotic cleaning device in an operational mode being associated with the determined characteristic of the displacement. sensing (S101) a displacement of the robotic cleaning device; the method being characterized in comprising determining (S102) a characteristic of the displacement of the robotic cleaning device, said characteristic specifying a pattern of movement of the robotic cleaning device caused by a user displacing the robotic cleaning device; setting (S103) the robotic cleaning device in an operational mode being associated with the determined characteristic of the displacement.
A catheter for implementing a volumetric flow into or out of a human or animal organ, comprising a catheter tube and a fixation device , being distanced from the distal end of the catheter , for mechanically fixing the catheter within the tissue of a human or animal organ, wherein the fixation device comprises at least one spreading element that, in the direction of a proximal end of the catheter tube , at least partially has, in cross-section, a larger distance to the longitudinal axis of the catheter tube than an external side of the catheter tube , characterized in that the spreading element is designed to change its orientation from the proximal end in the direction of the distal end when a defined tensile force (Fz) of 5 N to 10 N acts on the catheter tube .
An apparatus comprising: a first energy storage device configured to output a DC voltage; a first bi-directional voltage modification assembly coupled to the first energy storage device ; a charge bus coupled to the first energy storage device and to the first bi-directional voltage modification assembly ; a high-impedance voltage source that limits a charging energy in a first stage of a re-charging operation and coupleable to the charge bus ; and a controller configured to: monitor a transfer of charging energy supplied from the high-impedance voltage source to the first energy storage device ; compare the monitored transfer of charging energy with a threshold value; and characterized in that the charging energy is monitored through a current via a current sensor ; and in that the controller is further configured to, after the threshold value has been crossed, control the first bi-directional voltage modification assembly to modify the current of the charging energy supplied to the first energy storage device by boosting the current of the charging energy in a second stage of the re-charging operation. a first energy storage device configured to output a DC voltage; a first bi-directional voltage modification assembly coupled to the first energy storage device ; a charge bus coupled to the first energy storage device and to the first bi-directional voltage modification assembly ; a high-impedance voltage source that limits a charging energy in a first stage of a re-charging operation and coupleable to the charge bus ; and a controller configured to: monitor a transfer of charging energy supplied from the high-impedance voltage source to the first energy storage device ; compare the monitored transfer of charging energy with a threshold value; and characterized in that the charging energy is monitored through a current via a current sensor ; and in that the controller is further configured to, after the threshold value has been crossed, control the first bi-directional voltage modification assembly to modify the current of the charging energy supplied to the first energy storage device by boosting the current of the charging energy in a second stage of the re-charging operation. monitor a transfer of charging energy supplied from the high-impedance voltage source to the first energy storage device ; compare the monitored transfer of charging energy with a threshold value; and characterized in that the charging energy is monitored through a current via a current sensor ; and in that the controller is further configured to, after the threshold value has been crossed, control the first bi-directional voltage modification assembly to modify the current of the charging energy supplied to the first energy storage device by boosting the current of the charging energy in a second stage of the re-charging operation.
Wall construction for covering a wall surface of a sports facility , having a plurality of wall panels , each having a damping/insulating layer which directly or indirectly supports a top layer , wherein, on side surfaces of the wall panels , tongue-and-groove-like connecting means are provided, via which the wall panels can be positioned against one another in a direction perpendicular to a large surface of the wall panels , characterised in that the tongue-and-groove-like connecting means are provided on the top layer , wherein a tongue depth of a separate tongue of the tongue-and-groove-like like connecting means is greater than a sum of groove depths of adjacent grooves with which the separate tongue is engaged.
A method for preparing a processed food distributable at room temperature comprising the steps of: preprocessing at least one original material selected from vegetables, meat, and seafood; preparing a frozen block by adding the preprocessed original material into a mold and performing rapid freezing of the preprocessed original material; adding the frozen block into a container; and retort-sterilizing the container containing the frozen block. preprocessing at least one original material selected from vegetables, meat, and seafood; preparing a frozen block by adding the preprocessed original material into a mold and performing rapid freezing of the preprocessed original material; adding the frozen block into a container; and retort-sterilizing the container containing the frozen block.
A heat source unit where a compressor and an electrical component box are provided inside a casing , wherein a bottom frame forming a bottom surface of the casing has a first bottom frame on which the compressor is provided and a second bottom frame that is adjacent to the first bottom frame, chacterized in that at least half of the electrical component box is placed above the second bottom frame, and in that provided on the first bottom frame are an oil separator that separates refrigerating machine oil from refrigerant after the refrigerant has been discharged from the compressor and a refrigerant vessel that temporarily accumulates the refrigerant.
Deflection element for a wind deflector , comprising a flexible fabric which is transferable by means of a deployment element of the wind deflector into a use position raised or spread out in relation to a basic position and which has a fastening device along at least one upper or lower side edge for fastening to the deployment element , to a base element of the wind deflector or to a motor vehicle body, wherein the fastening device has at least one first clamping strip and at least one second clamping strip , which clamping strips are connected to one another by means of mutually corresponding connecting elements passing through the fabric and, in the process, clamp the side edge of the fabric between the first and the second clamping strip , characterized in that a fastening element is arranged on at least one outer side of at least one of the clamping strips , by means of which fastening element the deflection element is connectable to at least one of deployment element , base element or to a motor vehicle body, and wherein the fastening element has a latching or clip element which is connectable in a form-fitting manner to at least one of deployment element , base element or to a motor vehicle body.
Profile arrangement , in particular for a cooling and/or freezing device , comprising at least one base , at least one fastening arrangement , at least one seal arrangement, with at least one hollow chamber , at least one profile element , and at least one magnet element , with at least one movement arrangement projecting at least partially into the seal arrangement , wherein two movement arrangements projecting into the seal arrangement and positioned approximately opposite are provided, wherein a first movement arrangement is arranged approximately orthogonal to the base , and also approximately parallel to the profile element , wherein a second movement arrangement is arranged approximately parallel to the base , and also is connected to the hollow chamber , wherein the neutral fibre NF of the profile arrangement is arranged equal and parallel to the bending line BL of the magnet element , characterised in that the neutral fibre (NF) of the profile arrangement is arranged distanced at most 5 mm from the bending line BL of the magnet element .
A non-stick metal vessel , comprising a body; wherein an inner surface of the body is constructed to exhibit a micro-level roughened texture; the micro-level roughened texture is coated with a PVD multi-metal film , wherein the thickness of the PVD film is smaller than the Rz value of the micro-textured surface; the PVD multi-metal film forming a micro-nano porous oil-retaining structure, comprising micro-nano pores ranging from 0.1 to 3.0 micrometers, with low surface energy below 400 μN/cm 2 (40 dyne/cm 2 ), with a post-oil storage hydrophobic angle exceeding 95°, wherein the PVD multi-metal film comprises a bottom layer, a middle layer, and a top layer which are sequentially deposited, wherein the bottom layer comprises metal titanium and/or metal chromium wherein the middle layer comprises chromium nitride and aluminum nitride; the content of the chromium nitride is ranged from 60 wt% to 80 wt% and the content of the aluminum nitride is ranged from 20 wt% to 40 wt%; or the middle layer comprises chromium carbide; the content of the chromium carbide is ranged from 85 wt% to 95 wt%, and wherein the top layer comprises metal copper and aluminum oxide; the content of the copper is ranged from 1.0 wt% to 10 wt%. the micro-level roughened texture is coated with a PVD multi-metal film , wherein the thickness of the PVD film is smaller than the Rz value of the micro-textured surface; the PVD multi-metal film forming a micro-nano porous oil-retaining structure, comprising micro-nano pores ranging from 0.1 to 3.0 micrometers, with low surface energy below 400 μN/cm 2 (40 dyne/cm 2 ), with a post-oil storage hydrophobic angle exceeding 95°, wherein the PVD multi-metal film comprises a bottom layer, a middle layer, and a top layer which are sequentially deposited, wherein the bottom layer comprises metal titanium and/or metal chromium wherein the middle layer comprises chromium nitride and aluminum nitride; the content of the chromium nitride is ranged from 60 wt% to 80 wt% and the content of the aluminum nitride is ranged from 20 wt% to 40 wt%; or the middle layer comprises chromium carbide; the content of the chromium carbide is ranged from 85 wt% to 95 wt%, and wherein the top layer comprises metal copper and aluminum oxide; the content of the copper is ranged from 1.0 wt% to 10 wt%.
A catheter , comprising: a catheter shaft configured to be positioned within a vein of a patient; at least one restrictor coupled to the catheter shaft and configured to be positioned distal to an outflow port of a thoracic duct when the catheter is positioned within the jugular vein, the at least one restrictor being movable between an activated configuration in which the at least one restrictor has a first diameter and a relaxed configuration in which the at least one restrictor has a second diameter that is less than the first diameter, the at least one restrictor being configured to occlude fluid flow through the vein when the at least one restrictor is in the activated configuration within the vein; at least one suction inlet through a sidewall of the catheter shaft; at least one discharge opening (ld, 306), wherein the restrictor is proximal to the discharge opening; and wherein said catheter is characterized in that it further comprises an impeller within the catheter shaft, the impeller disposed between the at least one suction inlet and the at least one discharge opening, at least partially proximal to the restrictor , the impeller configured to pump fluid through the catheter shaft. a catheter shaft configured to be positioned within a vein of a patient; at least one restrictor coupled to the catheter shaft and configured to be positioned distal to an outflow port of a thoracic duct when the catheter is positioned within the jugular vein, the at least one restrictor being movable between an activated configuration in which the at least one restrictor has a first diameter and a relaxed configuration in which the at least one restrictor has a second diameter that is less than the first diameter, the at least one restrictor being configured to occlude fluid flow through the vein when the at least one restrictor is in the activated configuration within the vein; at least one suction inlet through a sidewall of the catheter shaft; at least one discharge opening (ld, 306), wherein the restrictor is proximal to the discharge opening; and wherein said catheter is characterized in that it further comprises an impeller within the catheter shaft, the impeller disposed between the at least one suction inlet and the at least one discharge opening, at least partially proximal to the restrictor , the impeller configured to pump fluid through the catheter shaft.
A vibration damping structure for a compressor, the compressor being configured to compress gas, the vibration damping structure comprising: a compressing assembly including a frame , a cylinder disposed in the frame and defining a bore , and a piston inserted into the bore of the cylinder to compress the gas by linear reciprocation; a string which connects the compressing assembly and a shell of the compressor ; an assembly string connector disposed in the compressing assembly and connected to the string , and shell string connectors for connecting the string to the shell , wherein a tensile force is generated at the string due to self-weight of the compressing assembly , and wherein the compressing assembly is suspended from the shell through the string . a compressing assembly including a frame , a cylinder disposed in the frame and defining a bore , and a piston inserted into the bore of the cylinder to compress the gas by linear reciprocation; a string which connects the compressing assembly and a shell of the compressor ; an assembly string connector disposed in the compressing assembly and connected to the string , and shell string connectors for connecting the string to the shell , wherein a tensile force is generated at the string due to self-weight of the compressing assembly , and wherein the compressing assembly is suspended from the shell through the string .
A sonar system comprising a towfish comprising a first body connected to a second body , with the first body extending along a longitudinal axis (I) and comprising a plurality of acoustic transmitters distributed along the longitudinal axis (I), the sonar system comprising a cable connected to the second body and via which a surface carrier vessel is intended to tow the towfish , the first body being pivotally mounted, relative to the second body , about an axis of rotation (x) so that the first body is capable of transitioning, by pivoting relative to the second body about the axis of rotation (x), from an operational position to a capture position, characterised in that the axis of rotation (x) is substantially an axis of movement of the towfish , the longitudinal axis (I) is substantially vertical in the operational position of the first body and is substantially horizontal in the capture position of the first body , when the towfish is fully submerged and towed by the carrier vessel .
A cooker hood , comprising: a housing ; and a fan mounted in the housing , wherein the fan comprises an air intake vent and an air exhaust vent , wherein the cooker hood further comprises an air guide pipe mounted in the housing , wherein the air guide pipe comprises an air intake vent and an air exhaust vent , and the air exhaust vent of the air guide pipe is connected to the air intake vent of the fan; a pipe wall of the air guide pipe is provided with acoustic attenuation micro holes characterized in that the housing comprises: an upper housing , wherein the upper housing comprises an air inlet and an air outlet , and the fan and the air guide pipe are mounted in the upper housing ; and a lower housing , wherein the lower housing comprises left and right air intake openings (201a and 202a) and an air exhaust opening , and the air inlet of the upper housing is connected to the air exhaust opening of the lower housing, and the cooker hood further includes: a fan separator mounted in the upper housing , where the fan separator separates the fan from the air guide pipe , so that the fan and the air guide pipe are in two chambers of the upper housing . a housing ; and a fan mounted in the housing , wherein the fan comprises an air intake vent and an air exhaust vent , wherein the cooker hood further comprises an air guide pipe mounted in the housing , wherein the air guide pipe comprises an air intake vent and an air exhaust vent , and the air exhaust vent of the air guide pipe is connected to the air intake vent of the fan; a pipe wall of the air guide pipe is provided with acoustic attenuation micro holes characterized in that the housing comprises: an upper housing , wherein the upper housing comprises an air inlet and an air outlet , and the fan and the air guide pipe are mounted in the upper housing ; and a lower housing , wherein the lower housing comprises left and right air intake openings (201a and 202a) and an air exhaust opening , and the air inlet of the upper housing is connected to the air exhaust opening of the lower housing, and the cooker hood further includes: a fan separator mounted in the upper housing , where the fan separator separates the fan from the air guide pipe , so that the fan and the air guide pipe are in two chambers of the upper housing . an upper housing , wherein the upper housing comprises an air inlet and an air outlet , and the fan and the air guide pipe are mounted in the upper housing ; and a lower housing , wherein the lower housing comprises left and right air intake openings (201a and 202a) and an air exhaust opening , and the air inlet of the upper housing is connected to the air exhaust opening of the lower housing, and the cooker hood further includes: a fan separator mounted in the upper housing , where the fan separator separates the fan from the air guide pipe , so that the fan and the air guide pipe are in two chambers of the upper housing .
Detection unit for detecting passages of a measuring ball rotating in a measuring chamber of a flow unit , comprised of a housing containing detection means and a planar printed circuit board carrying electronic components , characterized in that the housing comprises a C-shaped housing part having an inward-facing inner wall , an outward-facing outer wall , and two end walls which at ends of the housing part connect the inner wall and outer wall together, where the distance between the inner wall and a line of symmetry of the housing part from one of the ends first increases and then decreases, and where the printed circuit board is C-shaped and between the walls a component space is situated in which the printed circuit board is present, which printed circuit board is provided with an inside edge and an outside edge , where the inside edge is present at a distance from the inner wall of the housing part, which distance has such a value that when the detection unit is snapped on the flow unit the inner wall of the outward-bending housing part does not come into contact with the inside edge of the printed circuit board .
Power tool device having at least one drive train unit (12a; 12b) which comprises at least one gear shift element (14a; 14b) and which has at least two different direction-of-rotation modes and at least two different speed modes, and having at least one switching unit (16a; 16b), which is arranged at least partially on the drive train unit (12a; 12b), wherein the switching unit (16a; 16b) comprises at least one actuation element (18a; 18b) that is designed for selection of the direction-of-rotation modes and the speed modes, and at least one switching element (20a; 20b) that is intended to switch between the direction-of-rotation modes depending on a switching position of the actuation element (18a; 18b), characterized in that the actuation element (18a; 18b) is arranged at least substantially in the form of a ring around the drive train unit (12a; 12b).
A ground fault interrupter (100 or 200) comprising: a zero-phase current transformer having a secondary winding that outputs a current proportional to a leakage current flowing through alternating-current electric circuits ; a sensing resistor that is provided in addition to the zero-phase current transformer and converts the secondary-side output current of the zero-phase current transformer into a voltage; a signal detection circuit that performs A/D conversion on the voltage generated by the sensing resistor and outputs a tripping signal or an alarm signal if the detected voltage on which the A/D conversion has been performed is greater than or equal to a given voltage; an alarm output circuit that operates by receiving the tripping signal or the alarm output signal; a trigger circuit that outputs a trigger signal ; and an electric leakage test circuit that outputs two or more electric leakage test signals having different phases in response to receipt of the trigger signal , wherein the two or more electric leakage test signals having different phases, which are output from the electric leakage test circuit , are directly or indirectly input to the signal detection circuit , and after having being subject to A/D conversion are suitable to cause the signal detection circuit to perform an operation which is identical to the operation that is performed when a leakage current is generated even when a leakage current is not generated in the alternating-current electric circuits . a zero-phase current transformer having a secondary winding that outputs a current proportional to a leakage current flowing through alternating-current electric circuits ; a sensing resistor that is provided in addition to the zero-phase current transformer and converts the secondary-side output current of the zero-phase current transformer into a voltage; a signal detection circuit that performs A/D conversion on the voltage generated by the sensing resistor and outputs a tripping signal or an alarm signal if the detected voltage on which the A/D conversion has been performed is greater than or equal to a given voltage; an alarm output circuit that operates by receiving the tripping signal or the alarm output signal; a trigger circuit that outputs a trigger signal ; and an electric leakage test circuit that outputs two or more electric leakage test signals having different phases in response to receipt of the trigger signal , wherein the two or more electric leakage test signals having different phases, which are output from the electric leakage test circuit , are directly or indirectly input to the signal detection circuit , and after having being subject to A/D conversion are suitable to cause the signal detection circuit to perform an operation which is identical to the operation that is performed when a leakage current is generated even when a leakage current is not generated in the alternating-current electric circuits .