mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical device, comprising: a surgical device body; a cannula extending from the surgical device body and having a proximal end and a distal end that is insertable into a surgical field within a patient, wherein the cannula defines an axis between the proximal and distal ends, wherein the cannula includes a vacuum port that is fluidically connectable to a vacuum source to draw material from the surgical field through the distal end into the cannula; an Archimedes screw positioned within the cannula and rotatable to transport material in the cannula towards the proximal end of the cannula, wherein the Archimedes screw has a hub and a flight; and an electrode tool that extends through the hub of the Archimedes screw and is movable between an advanced tool position and a retracted tool position, wherein in the advanced tool position a working end of the electrode tool is outside of the cannula and is energizable to energize tissue in the surgical field, and wherein in the retracted tool position the working end of the electrode tool is positioned axially closer to the proximal end of the cannula than in the advanced tool position so as to permit approach of the distal end of the cannula towards the tissue in the surgical field. a surgical device body; a cannula extending from the surgical device body and having a proximal end and a distal end that is insertable into a surgical field within a patient, wherein the cannula defines an axis between the proximal and distal ends, wherein the cannula includes a vacuum port that is fluidically connectable to a vacuum source to draw material from the surgical field through the distal end into the cannula; an Archimedes screw positioned within the cannula and rotatable to transport material in the cannula towards the proximal end of the cannula, wherein the Archimedes screw has a hub and a flight; and an electrode tool that extends through the hub of the Archimedes screw and is movable between an advanced tool position and a retracted tool position, wherein in the advanced tool position a working end of the electrode tool is outside of the cannula and is energizable to energize tissue in the surgical field, and wherein in the retracted tool position the working end of the electrode tool is positioned axially closer to the proximal end of the cannula than in the advanced tool position so as to permit approach of the distal end of the cannula towards the tissue in the surgical field.
A container for cleaning and sterilizing a menstrual cup, comprising: a vessel with an open-top having a bottom , side walls defining an inner cavity for holding a cleaning liquid and for receiving a menstrual cup having gripping means ; a lid closing the open-top; the container being made of materials suitable for exposure to microwave radiation, characterized in that the lid comprises holding means for connecting the menstrual cup to the lid with the gripping means , wherein the lid can be fitted on the open-top in a first mounting position with the holding means directed towards the inner cavity such that, when attached to the lid , the menstrual cup projects at least partially into the inner cavity , and wherein the lid can be fitted in a second mounting position with the lid reversed and the holding means directed away from the inner cavity such that, when attached to the lid , the menstrual cup projects outwardly. a lid closing the open-top; the container being made of materials suitable for exposure to microwave radiation, characterized in that the lid comprises holding means for connecting the menstrual cup to the lid with the gripping means , wherein the lid can be fitted on the open-top in a first mounting position with the holding means directed towards the inner cavity such that, when attached to the lid , the menstrual cup projects at least partially into the inner cavity , and wherein the lid can be fitted in a second mounting position with the lid reversed and the holding means directed away from the inner cavity such that, when attached to the lid , the menstrual cup projects outwardly.
A plastic carrier bag having a closed or substantially closed bottom end and an opposite opening end , comprising a front panel and a rear panel , each having a first side edge and an opposite second side edge as well as an opening edge and a bottom edge , wherein the front panel and the rear panel are joined to one another in the area of their first and second side edges and their bottom edges at least in sections directly or via side walls or side folds and/or a bottom fold, as well as at least one holding strap joined to the front panel and at least one holding strap joined to the rear panel with a first and a second connecting area (24A, 24B; 26A, 26B) respectively, characterized in that the front and the rear panel are designed to be multi-layered, comprising at least an internal layer and an outer layer (28, 30; 32, 34), the front and the rear panel in the area of the opening end have a reinforcing area , containing at least one multi-layered plastic film strip secured on the inside or outside to the front panel and at least one multi-layered plastic film strip secured on the inside or outside to the rear panel and extending from or at a distance from the first side edge in the direction of or up to the second side edge , wherein the holding strap joined to the front panel and the holding strap joined to the rear panel are heat-sealed and/or adhered respectively in their first and second connecting areas to the multi-layered plastic film strip of the reinforcing area and also to the at least one internal layer or the outer layer, the multi-layered plastic film strip of the reinforcing area of the front panel is secured by means of heat sealing and/or adhesion to the inner or outer layer, and the multi-layered plastic film strip of the reinforcing area of the rear panel is secured by means of heat sealing and/or adhesion to the inner or outer layer, wherein the holding strap joined to the front panel via its first and second connecting areas and the holding strap joined to the rear panel via its first and second connecting area has, in the area from the respective first up to the second connecting area, at least in sections, a first flexible hose-like hollow body or a single- or multi-layered material strip, in particular a plastic material strip, not forming a hollow body, which is surrounded in sections or substantially completely by a second flexible hose-like hollow body.
A vacuum conveyor for transporting a web of material, comprising a drive drum and a tension drum arranged between two fastening plates , a transport belt stretched between the drive drum and the tension drum , a sliding table arranged between the drive drum and the tension drum in contact with the upper inner side of the transport belt , at least two sliding flats arranged on the upper outer surface of the transport belt in the area of its side edges, vacuum means and a conveyor drive , wherein the conveyor drive constitutes a two-way drive, wherein the vacuum conveyor further comprising a mechanical cleaning system and a chemical cleaning system, characterized in that the vacuum means comprise at least one vacuum chamber arranged on the upper inner side of the transport belt underneath the sliding table , wherein a pump is connected to the vacuum chamber to create a vacuum, and longitudinal slots are formed in the sliding table along its entire width and length to provide airflow between the sliding table and the vacuum chamber .
A heat exchanger , comprising: a flat tube ; and a plurality of fins each comprising a plate having a plate surface extending in a longitudinal direction and in a width direction orthogonal to the longitudinal direction, the plate surface intersecting a pipe axis of the flat tube , the plurality of fins being arranged at an interval from one another, the plurality of fins each having an insertion portion in which the flat tube is inserted, and characterized by further comprising: a first spacer formed at a rim of the insertion portion and maintaining the interval, and a second spacer formed at a portion of the plate other than the rim of the insertion portion and maintaining the interval, the first spacer being positioned at one end portion in a longitudinal direction of a section of the rim of the insertion portion , the section being perpendicular to the pipe axis of the flat tube . a flat tube ; and a plurality of fins each comprising a plate having a plate surface extending in a longitudinal direction and in a width direction orthogonal to the longitudinal direction, the plate surface intersecting a pipe axis of the flat tube , the plurality of fins being arranged at an interval from one another, the plurality of fins each having an insertion portion in which the flat tube is inserted, a first spacer formed at a rim of the insertion portion and maintaining the interval, and a second spacer formed at a portion of the plate other than the rim of the insertion portion and maintaining the interval, the first spacer being positioned at one end portion in a longitudinal direction of a section of the rim of the insertion portion , the section being perpendicular to the pipe axis of the flat tube .
A compound, or a pharmaceutically acceptable salt or solvate thereof, wherein the compound is selected from the group consisting of:
Clamping device for a door leaf comprising two side parts with connecting portions , which are connected to each other by at least one screw having a screw axis (A), and with clamping portions , which have two clamping faces facing one another for clampingly receiving the door leaf , and at least one spacer element arranged between the connecting portions of the side parts , which is structurally separated from the two side parts and is supported thereagainst, characterised in that at least one of the two connecting portions of the side parts has a plurality of support planes axially spaced along the screw axis (A), at least one support face being located in each of the support planes, and that the at least one spacer element has a plurality of counterplanes (L 1 , L 2 , i -3 , L 4 ) axially spaced along the screw axis (A), wherein at least one counter face being located in each of the counterplanes (L 1 , L 2 , L 3 , L 4 ), wherein the at least one spacer element with at least one of the counter faces is supported selectively on at least one of the support faces , so that the at least one spacer element in a first receiving position, in which a first distance (d) is formed between the two clamping faces of the side parts , or in at least one further receiving position in which a further distance (d), which is unequal to the first distance, is formed between the two clamping faces of the side parts . two side parts with connecting portions , which are connected to each other by at least one screw having a screw axis (A), and with clamping portions , which have two clamping faces facing one another for clampingly receiving the door leaf , and at least one spacer element arranged between the connecting portions of the side parts , which is structurally separated from the two side parts and is supported thereagainst, characterised in that at least one of the two connecting portions of the side parts has a plurality of support planes axially spaced along the screw axis (A), at least one support face being located in each of the support planes, and that the at least one spacer element has a plurality of counterplanes (L 1 , L 2 , i -3 , L 4 ) axially spaced along the screw axis (A), wherein at least one counter face being located in each of the counterplanes (L 1 , L 2 , L 3 , L 4 ), wherein the at least one spacer element with at least one of the counter faces is supported selectively on at least one of the support faces , so that the at least one spacer element in a first receiving position, in which a first distance (d) is formed between the two clamping faces of the side parts , or in at least one further receiving position in which a further distance (d), which is unequal to the first distance, is formed between the two clamping faces of the side parts .
A device for the preparation of a hot beverage comprising a water tank , a flow heater and a brewing device , the water tank having a connection element for cold water, characterized in that the water tank is fluidly connected to the flow heater , so that the flow heater can be filled with the cold water from the water tank wherein the water tank comprises a tank bottom , a tank jacket and a tank lid , wherein a piston in the water tank is movable between a top dead center and a bottom dead center, wherein the water tank contains a filling space for cold water, which is arranged between the piston and the tank bottom when the piston is not located in the bottom dead center, wherein the filling space is fluidly connected to the flow heater such that the flow heater can be filled with the cold water from the filling space, so that a quantity of water corresponding to the filling space can be fed into the flow heater .
A method of generating a soft schedule for the transmission of data to a User Equipment, UE, comprising: receiving traffic to be scheduled for transmission; generating a soft schedule for the transmission of the received data in accordance with a resource allocation and the received traffic; transmitting the soft schedule to a scheduler in an underlying network slice, for the transmission of the received data to the UE; the method further comprising buffering a portion of the received traffic in accordance with an indication that the portion cannot be scheduled for transmission in a current transmission window; wherein the soft schedule is generated in accordance with traffic demands associated with a buffered portion of traffic received in a previous transmission window. receiving traffic to be scheduled for transmission; generating a soft schedule for the transmission of the received data in accordance with a resource allocation and the received traffic; transmitting the soft schedule to a scheduler in an underlying network slice, for the transmission of the received data to the UE;
An active magnetic bearing apparatus for supporting a rotor of a rotary machine , the apparatus comprising an axial magnetic bearing unit and a radial magnetic bearing unit , wherein one of the axial magnetic bearing unit and the radial magnetic bearing unit is mounted to a support for attachment to a housing of the rotary machine , characterized in that the axial magnetic bearing unit and the radial magnetic bearing unit are mounted directly to one another, wherein the apparatus comprises one or more shielding components for electromagnetically shielding the support and electromagnetic components of the axial magnetic bearing unit and/or the radial magnetic bearing unit from one another, and wherein the one or more shielding components comprise a shielding frame , which at least partially surrounds the electromagnetic components of the radial magnetic bearing unit and/or the electromagnetic components of the axial magnetic bearing unit . wherein one of the axial magnetic bearing unit and the radial magnetic bearing unit is mounted to a support for attachment to a housing of the rotary machine , characterized in that the axial magnetic bearing unit and the radial magnetic bearing unit are mounted directly to one another, wherein the apparatus comprises one or more shielding components for electromagnetically shielding the support and electromagnetic components of the axial magnetic bearing unit and/or the radial magnetic bearing unit from one another, and wherein the one or more shielding components comprise a shielding frame , which at least partially surrounds the electromagnetic components of the radial magnetic bearing unit and/or the electromagnetic components of the axial magnetic bearing unit .
A hybrid vehicle, comprising: an engine ; a fuel tank configured to supply fuel to the engine; a motor (MG2); a battery configured to supply electric power to the motor; and a battery charger configured to perform external charging that charges the battery using an external power supply; characterized by an electronic control unit configured to i) count the number of times of charging opportunities that the vehicle is in a state where the external charging is available in a predetermined period, as the number of times of opportunities, ii) count the number of times of the external charging that the vehicle performed in the predetermine period, as the number of times of charging, and iii) calculate and store a ratio of the number of times of charging to the number of times of opportunities, as a charging frequency. an engine ; a fuel tank configured to supply fuel to the engine; a motor (MG2); a battery configured to supply electric power to the motor; and a battery charger configured to perform external charging that charges the battery using an external power supply; characterized by an electronic control unit configured to i) count the number of times of charging opportunities that the vehicle is in a state where the external charging is available in a predetermined period, as the number of times of opportunities, ii) count the number of times of the external charging that the vehicle performed in the predetermine period, as the number of times of charging, and iii) calculate and store a ratio of the number of times of charging to the number of times of opportunities, as a charging frequency. i) count the number of times of charging opportunities that the vehicle is in a state where the external charging is available in a predetermined period, as the number of times of opportunities, ii) count the number of times of the external charging that the vehicle performed in the predetermine period, as the number of times of charging, and iii) calculate and store a ratio of the number of times of charging to the number of times of opportunities, as a charging frequency.
Earphones for connection to a multimedia device that is suitable for telephone operation and audio recording/playback operation, wherein the earphones comprise: - two ear units , wherein each ear unit comprises at least a sound generator and a microphone for recording ambient sound at an ear of a user; - at least one further microphone for acquiring speech of the user; - a connection unit that is suitable for connecting the earphones with the multimedia device ; wherein the connection unit may output to the multimedia device, in a selectable and user adjustable manner, either audio signals from the two microphones for binaurally recording ambient sound or audio signals of the further microphone for acquiring speech, and wherein when the multimedia device switches to the telephone mode, the earphones switch automatically to a mode in which the connection unit outputs audio signals of only the further microphone . - two ear units , wherein each ear unit comprises at least a sound generator and a microphone for recording ambient sound at an ear of a user; - at least one further microphone for acquiring speech of the user; - a connection unit that is suitable for connecting the earphones with the multimedia device ;
Luminaire , in particular damp-proof luminaire, comprising an oblong housing , a gear tray that carries a multitude of semiconductor light sources as well as a trough-shaped optical covering with longitudinal legs (51a, b) that define an opening of the cover, wherein the gear tray is snapped on the cover and the cover and the housing have a tongue and groove joint (13a, 55a; 13b, 55a), characterized in that the tongue and groove joint (13a, 55a; 13b, 55a) is designed with corresponding snap-in elements for snapping the cover with the housing , wherein the snap-in tongue and groove joint (13a, 55a; 13b, 55a) can be released without any tool and that snap-in elements of the cover have walls that are attached respectively at their both longitudinal ends and that extend on a cross web of the respective longitudinal leg (51a, b) for configuring a recess for a respectively associated snap-in element of the housing .
A filter device comprising: a housing ; a plurality of low-band resonators (110 -110 , 410(L1)-410(L4)) extending from the housing in a direction; and a plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) extending from the housing in the direction, wherein each high-band resonator comprises a resonator head (114 -114 , 414(H1)-414(H3)) and a stalk (112 -112 ), wherein a first and a second of the plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) are on opposite portions of the housing in the direction, and wherein the resonator head (114 -114 , 414(H1)-414(H3)) of the first of the plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) is opposite and capacitively coupled to the resonator head (114 -114 , 414(H1)-414(H3)) of the second of the plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) , and wherein at least one of the resonator head (114 -114 , 414(H1)-414(H3)) of the first of the plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) or the resonator head (114 -114 , 414(H1)-414(H3)) of the second of the plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) comprises a cutout region , characterised in that : the filter device further comprises a tuning element in the cutout region. a housing ; a plurality of low-band resonators (110 -110 , 410(L1)-410(L4)) extending from the housing in a direction; and a plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) extending from the housing in the direction, wherein each high-band resonator comprises a resonator head (114 -114 , 414(H1)-414(H3)) and a stalk (112 -112 ), wherein a first and a second of the plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) are on opposite portions of the housing in the direction, and wherein the resonator head (114 -114 , 414(H1)-414(H3)) of the first of the plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) is opposite and capacitively coupled to the resonator head (114 -114 , 414(H1)-414(H3)) of the second of the plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) , and wherein at least one of the resonator head (114 -114 , 414(H1)-414(H3)) of the first of the plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) or the resonator head (114 -114 , 414(H1)-414(H3)) of the second of the plurality of high-band resonators (110 -110 , 310 -310 , 410(H1)-410(H3)) comprises a cutout region , characterised in that : the filter device further comprises a tuning element in the cutout region.