mhurhangee/patent-ind-claim-en huggingface dataset:
Radiology holding device , in particular for a radiology apparatus such as an X-ray apparatus , MRT apparatus , CT apparatus or radiotherapy apparatus , comprising an attachment device and pivotally accommodated thereon, at least one supporting arm including at least one axle component and at least one supporting component and a locking device , for locking the supporting arm in at least one locking position , and an actuating mechanism for actuating the locking device , and at least one holding device provided for attachment to the supporting arm , e.g. to provide a patient with a holding means e.g. for sitting up or shifting, wherein the axle component of the supporting arm is pivotally accommodated on the attachment device for pivoting the supporting arm , characterized in that the actuating mechanism comprises at least one transfer component passing through a hollow section of the axle component .
A self-drilling screw with a coating of at least two different solid lubricants, wherein the first lubricant is a thermoplastic or a wax and the second solid lubricant is at least one further thermoplastic.
A combination weighing device comprising: a plurality of conveyance means each configured to convey articles to a weighing part, each of the conveyance means having side walls for surrounding a side of an article conveyance path, the side walls extending upward and along a conveyance direction of the articles; and a sensing means configured to sense, in non-contact manner, a physical quantity for assessing a quantity of articles loaded on the conveyance means , the sensing means configured to sense the physical quantity from above the conveyance means , and in an obliquely downward direction from an upstream side to a downstream side in the conveyance direction, the sensing means being a plurality of cameras configured to capture an image of the articles on the conveyance means over an entire range of the conveyance means from an upstream end to a downstream end in the conveyance direction, the respective cameras configured to capture the image of the articles on two or more of the conveyance means to sense the physical quantity for said two or more conveyance means . a plurality of conveyance means each configured to convey articles to a weighing part, each of the conveyance means having side walls for surrounding a side of an article conveyance path, the side walls extending upward and along a conveyance direction of the articles; and a sensing means configured to sense, in non-contact manner, a physical quantity for assessing a quantity of articles loaded on the conveyance means , the sensing means configured to sense the physical quantity from above the conveyance means , and in an obliquely downward direction from an upstream side to a downstream side in the conveyance direction, the sensing means being a plurality of cameras configured to capture an image of the articles on the conveyance means over an entire range of the conveyance means from an upstream end to a downstream end in the conveyance direction, the respective cameras configured to capture the image of the articles on two or more of the conveyance means to sense the physical quantity for said two or more conveyance means .
Non-therapeutic use of an agent comprising an oil-soluble extract from a fruit pulp of Capsicum annuum L. var. grossum for suppressing skin dullness.
A method for making a support for supporting a neonate, the method comprising: molding a bottom portion (14") of a silicone layer into a container; placing a body portion into the container; pouring a heated aliphatic layer over the body portion ; cooling the aliphatic layer ; and adding a top portion of the silicone layer over the body portion to seal the support . molding a bottom portion (14") of a silicone layer into a container; placing a body portion into the container; pouring a heated aliphatic layer over the body portion ; cooling the aliphatic layer ; and adding a top portion of the silicone layer over the body portion to seal the support .
Method for controlling a technical process embedded in a changing environment, wherein the electronic system performing the controlling comprises sensors, in particular a plurality of sensors, actuators, and node computers, in particular a plurality of node computers exchanging data via a real-time communication system, characterised in that a distinction is made between complex and simple software, wherein for a complex software, the probability of design errors occurring corresponds to ASIL B, according to ISO 26262, and wherein for a simple software, an error rate as required by ASIL D, according to ISO 26262, is attained, and wherein the complex software is executed simultaneously on at least two independent data flow paths , DFP, wherein each data flow path cyclically monitors the technical process and its environment with sensors, and builds a model of the technical process and its environment from input data in the form of observed data, that is sensor data resulting from cyclic monitoring the technical process and its environment, using algorithms, and carries out trajectory planning in order to create one or more possible trajectories which correspond to the predetermined objective under the given environmental conditions, wherein the data flow paths are run through cyclically and the sensors are read out cyclically, and wherein - the cyclically read sensor data are diverse, i.e. different, and the algorithms used in the DFP are diverse, or - the cyclically read sensor data are not diverse, i.e. not different, and the algorithms used in the DFP are diverse, or - the cyclically read sensor data are diverse and the algorithms used in the DFP are not diverse, and wherein said trajectories generated by the DFPs are delivered to a decision instance for decision, wherein the decision instance is realised using a simple software, and wherein the decision instance selects a trajectory, and where the decision instance delivers the selected trajectory to an actuator controller, and where the decision instance is executed on fault-tolerant hardware. - the cyclically read sensor data are diverse, i.e. different, and the algorithms used in the DFP are diverse, or - the cyclically read sensor data are not diverse, i.e. not different, and the algorithms used in the DFP are diverse, or - the cyclically read sensor data are diverse and the algorithms used in the DFP are not diverse,
A cell selection method, comprising: determining, by a terminal device, in coverage of a cell, that cell selection criteria is satisfied and the cell is forbidden due to that the terminal device cannot obtain, in normal coverage of the cell, a system information block 1 of the cell; characterised by selecting, by the terminal device, in enhanced coverage of the cell, the cell, if the terminal device is able to obtain, in the enhanced coverage of the cell, a master information block, a bandwidth reduced system information block 1, and a bandwidth reduced system information block 2 of the cell. determining, by a terminal device, in coverage of a cell, that cell selection criteria is satisfied and the cell is forbidden due to that the terminal device cannot obtain, in normal coverage of the cell, a system information block 1 of the cell; characterised by selecting, by the terminal device, in enhanced coverage of the cell, the cell, if the terminal device is able to obtain, in the enhanced coverage of the cell, a master information block, a bandwidth reduced system information block 1, and a bandwidth reduced system information block 2 of the cell.
A motorized surgical handpiece tool having a power unit and a motorized unit, the power unit comprising: an outer enclosure defining an interior cavity; and at least one battery cell fully disposed within said interior cavity, characterized in that the power unit further comprises a printed circuit board disposed within said interior cavity and at least partially wrapped around said at least one battery cell as a layer of thermal insulation, wherein the printed circuit board is at least partially rigid, wherein the printed circuit board includes rigid panels and flexible portions, and wherein the rigid panels are connected by the flexible portions. an outer enclosure defining an interior cavity; and at least one battery cell fully disposed within said interior cavity, characterized in that the power unit further comprises a printed circuit board disposed within said interior cavity and at least partially wrapped around said at least one battery cell as a layer of thermal insulation, wherein the printed circuit board is at least partially rigid, wherein the printed circuit board includes rigid panels and flexible portions, and wherein the rigid panels are connected by the flexible portions.
A refrigeration system comprising: a compressor (22A-22C); a first heat exchanger downstream of the compressor along a refrigerant flowpath; an expansion device (36A-36C) downstream of the first heat exchanger along the refrigerant flowpath; a second heat exchanger (38A-38C) downstream of the expansion device along the refrigerant flowpath and upstream of the compressor along the refrigerant flowpath; and a pulsation-canceling conduit assembly (100; 100') comprising: a first conduit leg ; a second conduit leg (150; 28-1') extending from a junction with the first conduit leg; a first branch extending from the junction opposite the first conduit leg; and a first member adjustably axially displaceable along the first branch to define an effective volume of the first branch; characterised in that the first member is axially displaceable along the first branch via a screw mechanism including an external actuator handle so that rotation of the handle in first and second rotational directions respectively decreases and increases the effective volume. a compressor (22A-22C); a first heat exchanger downstream of the compressor along a refrigerant flowpath; an expansion device (36A-36C) downstream of the first heat exchanger along the refrigerant flowpath; a second heat exchanger (38A-38C) downstream of the expansion device along the refrigerant flowpath and upstream of the compressor along the refrigerant flowpath; and a pulsation-canceling conduit assembly (100; 100') comprising: a first conduit leg ; a second conduit leg (150; 28-1') extending from a junction with the first conduit leg; a first branch extending from the junction opposite the first conduit leg; and a first member adjustably axially displaceable along the first branch to define an effective volume of the first branch; characterised in that the first member is axially displaceable along the first branch via a screw mechanism including an external actuator handle so that rotation of the handle in first and second rotational directions respectively decreases and increases the effective volume. a first conduit leg ; a second conduit leg (150; 28-1') extending from a junction with the first conduit leg; a first branch extending from the junction opposite the first conduit leg; and a first member adjustably axially displaceable along the first branch to define an effective volume of the first branch; characterised in that the first member is axially displaceable along the first branch via a screw mechanism including an external actuator handle so that rotation of the handle in first and second rotational directions respectively decreases and increases the effective volume.
An intrusion detection system , for protecting an equipment through which sensitive information passes, the system comprising: - at least one mesh surface , each mesh surface comprising at least two cells , each cell comprising a pattern , a pattern being a portion of continuous electrical circuit, - at least one interconnection surface comprising a plurality of connectors , the connectors being suitable for connecting cells of the mesh surface(s) to each other according to a first configuration of the interconnection surface for forming groups of electrically connected cells , the patterns of the cells of each group forming a continuous electrical circuit of patterns , - a detection module able to detect a modification of an impedance which is characteristic of each group of electrically connected cells, - a module for configuring interconnections of the connectors , the configuration module being able to modify, over time, the first configuration to obtain at least one second configuration of the interconnection surface , characterized in that the configuration module is able to modify the configuration of the interconnection surface when an intrusion attempt is detected by the detection module , when a break in the electrical continuity of at least one continuous circuit is detected over an area of a mesh surface , the configuration module being able to modify the configuration of the interconnection surface so as to increase the number of groups of connected cells present in that area. - at least one mesh surface , each mesh surface comprising at least two cells , each cell comprising a pattern , a pattern being a portion of continuous electrical circuit, - at least one interconnection surface comprising a plurality of connectors , the connectors being suitable for connecting cells of the mesh surface(s) to each other according to a first configuration of the interconnection surface for forming groups of electrically connected cells , the patterns of the cells of each group forming a continuous electrical circuit of patterns , - a detection module able to detect a modification of an impedance which is characteristic of each group of electrically connected cells, - a module for configuring interconnections of the connectors , the configuration module being able to modify, over time, the first configuration to obtain at least one second configuration of the interconnection surface , characterized in that the configuration module is able to modify the configuration of the interconnection surface when an intrusion attempt is detected by the detection module , when a break in the electrical continuity of at least one continuous circuit is detected over an area of a mesh surface , the configuration module being able to modify the configuration of the interconnection surface so as to increase the number of groups of connected cells present in that area.
A pull-out guide for pulling a pull-out furniture part out of a furniture carcass , having guide rails , comprising a carcass rail for installation on the furniture carcass , a pull-out rail for installation on the pull-out furniture part and a central rail arranged between the carcass rail and the pull-out rail , and having rollers for the displaceable mounting of the guide rails, wherein at least one of the rollers has at least a first and a second partial roller of at least substantially the same diameter, whose running surfaces lie side by side and which are rotatable relative to one another, wherein the partial rollers roll between the identical, facing tracks of two of the guide rails , characterized in that the first and the second partial roller are parts of a load-transmitting differential roller, wherein the partial rollers roll between the carcass rail and the pull-out rail and are mounted with play in a vertical direction with regard to the middle rail .
A queue flushing method, comprising: scanning , by a queue flushing processor , a flushing status of a valid queue from a queue information table, and determining a target queue whose flushing status is "to be flushed", wherein the queue information table is used to record the flushing status of the valid queue; modifying , by the queue flushing processor , the flushing status of the target queue to "start flushing"; and flushing , by the queue flushing processor , the target queue, wherein the flushing status of the target queue is modified to "flushing complete" after the target queue is flushed. scanning , by a queue flushing processor , a flushing status of a valid queue from a queue information table, and determining a target queue whose flushing status is "to be flushed", wherein the queue information table is used to record the flushing status of the valid queue; modifying , by the queue flushing processor , the flushing status of the target queue to "start flushing"; and flushing , by the queue flushing processor , the target queue, wherein the flushing status of the target queue is modified to "flushing complete" after the target queue is flushed.
An axial fan having a motor , to which an impeller is fastened on the rotor side, from the hub of which fan blades protrude, which have a front and a rear edge , and having a mounting bracket , with which the motor is fastened on a housing and which has strut parts (4 to 6) consisting of flat material and formed by a sheet-metal part, which strut parts connect the motor to the housing and are arranged approximately upright in the flow direction of the air, characterized in that the strut parts (4 to 6) are provided over part of their length with at least one recess formed by a punched hole in the flat material, in that the motor and the strut parts (4 to 6) are arranged inside the housing , in that the mounting bracket consists of three strut parts (4 to 6) and a fastening part , of which two strut parts are constructed mirror-symmetrically to one another and respectively provided with the recess and also merge in one piece via the motor-side fastening part , by means of which the two strut parts are fastened on a fastening block , which is provided on the outside of the motor and has a flat bearing surface for the fastening part , and in that the third strut part is constructed in an approximately U-shaped manner as a support part and has two legs running in a convergent manner in the direction of the housing , which legs merge via a short transverse piece into each other which bears against the inner wall of the housing and is fastened to the same, and in that the free ends of the legs are angled outwards oppositely to one another and rest on the fastening part .
An adjustable hair trimmer blade set , comprising: a blade chassis ; a blade platform linearly displaceable relative to said blade chassis; a stationary blade secured to said blade platform; a moving blade constructed and arranged for slidable linear reciprocation relative to said stationary blade in a direction of cutting action; characterized by further comprising an offset rod having at least one offset cam lobe and being rotatably engaged in said chassis along an axis generally parallel to the direction of cutting action; a retaining spring having at least one loop engaged by said offset rod for holding said spring in an operational relationship to said chassis; wherein said at least one cam lobe on said offset rod is constructed and arranged so that upon rotation of said rod about a longitudinal axis, said blade platform , engaged by said at least one cam lobe, and said stationary blade move relative to said moving blade and said chassis in a direction transverse to said direction of cutting action. a blade chassis ; a blade platform linearly displaceable relative to said blade chassis; a stationary blade secured to said blade platform; a moving blade constructed and arranged for slidable linear reciprocation relative to said stationary blade in a direction of cutting action; characterized by further comprising an offset rod having at least one offset cam lobe and being rotatably engaged in said chassis along an axis generally parallel to the direction of cutting action; a retaining spring having at least one loop engaged by said offset rod for holding said spring in an operational relationship to said chassis; wherein said at least one cam lobe on said offset rod is constructed and arranged so that upon rotation of said rod about a longitudinal axis, said blade platform , engaged by said at least one cam lobe, and said stationary blade move relative to said moving blade and said chassis in a direction transverse to said direction of cutting action.
A wireless terminal , comprising: a codebook conservation unit configured to form a codebook with phase offset by assigning phase offsets to certain pre-coding matrices in a basic codebook, and store an extended codebook generated by combining the basic codebook and the codebook with phase offset along a column direction; and an information feedback unit configured to feed back indexes identifying pre-coding matrices in the extended codebook to an antenna array of a base station . a codebook conservation unit configured to form a codebook with phase offset by assigning phase offsets to certain pre-coding matrices in a basic codebook, and store an extended codebook generated by combining the basic codebook and the codebook with phase offset along a column direction; and an information feedback unit configured to feed back indexes identifying pre-coding matrices in the extended codebook to an antenna array of a base station .
Support element as part of a motor vehicle trailer coupling or a trailer or a load carrier for attaching to a motor vehicle trailer coupling, wherein the support element (60-63) has at least one sensor for detecting a deformation of the support element (60-63) of the trailer coupling due to a load acting on the support element (60-63), wherein there is provided on the support element (60-63) at least one recess for the sensor or sensors in the area of a support section (31; 331; 731) of the support element (60-63) which deforms under the loading of a load, wherein the sensor or sensors is or are provided for measuring a distance between reference surfaces of the recess or recesses , and wherein the support element (60-63) is in the form of a profile body with at least two bearing walls at an angle to one another or joined together via a curved section , which enclose an intermediate space or hollow space , characterised in that at least one of the reference surfaces is provided at a through opening of the profile body or on an indicator element protruding from the profile body and that the reference surfaces , during deformation of the support element (60-63), move relative to one another, in particular towards or away from one another.
Apparatus for cutting to length a material web made of a rubber compound, having a conveyor for transporting the material web to a cutting device with a cutter , the blade of which has a width that corresponds at least to the width of the material web , wherein the material web is able to be severed preferably simultaneously across its entire width by means of the cutter , characterized in that , next to the conveyor , a guide device is arranged, which has a concavely curved guide surface and along which an adjusting unit carrying the cutter is able to be adjusted and fixed, such that a first acute cutting angle (α) relative to the material web plane is continuously adjustable, wherein the cutter is tiltable by means of the adjusting unit with the set first cutting angle (α) being maintained, such that the material web is able to be severed simultaneously at a second cutting angle (β) to form a parallelogram-shaped cut surface (S 2 ) having angles other than 90°.