mhurhangee/patent-ind-claim-en huggingface dataset:
An input device for providing a scrolling input to an application, the input device comprising: a scroll wheel ; a control circuit configured to control the input device in a single-step scrolling control mode, in which the control circuit is configured to provide exactly a predetermined number of steps of scrolling input for every instance of rotation of the scroll wheel regardless of an angle that the scroll wheel is rotated through in the respective instance of rotation; and a detection circuit configured to detect a start of an instance of rotation of the scroll wheel , characterised in that : the detection circuit is configured to detect the start of the instance of rotation when an increase in a rotation speed of the scroll wheel exceeds a predetermined threshold; and the single-step scrolling control mode is activated via a pre-programmed input button. a scroll wheel ; a control circuit configured to control the input device in a single-step scrolling control mode, in which the control circuit is configured to provide exactly a predetermined number of steps of scrolling input for every instance of rotation of the scroll wheel regardless of an angle that the scroll wheel is rotated through in the respective instance of rotation; and a detection circuit configured to detect a start of an instance of rotation of the scroll wheel , characterised in that : the detection circuit is configured to detect the start of the instance of rotation when an increase in a rotation speed of the scroll wheel exceeds a predetermined threshold; and the single-step scrolling control mode is activated via a pre-programmed input button. the detection circuit is configured to detect the start of the instance of rotation when an increase in a rotation speed of the scroll wheel exceeds a predetermined threshold; and the single-step scrolling control mode is activated via a pre-programmed input button.
A microwave feeding system for a microwave oven or for an oven with microwave heating function, wherein - the microwave feeding system comprises a magnetron , a rectangular waveguide and a cylindrical cavity , - the cylindrical cavity is connectable to an oven cavity , - a rotatable omnidirectional antenna is arranged inside the cylindrical cavity , - the omnidirectional antenna is driven by an antenna motor , - the omnidirectional antenna is connected to the antenna motor via a shaft made of conductive material, - an inner cavity is arranged inside the cylindrical cavity , - the inner cavity is arranged coaxially to the cylindrical cavity , - the inner cavity encloses at least partially the shaft , and - the inner cavity and the shaft are arranged coaxially to each other, characterised in that the magnetron , the rectangular waveguide and the cylindrical cavity are connected in straight series, wherein a magnetron antenna penetrates into the rectangular waveguide , and wherein the omnidirectional antenna acts as a continuous phase shifter, so that the microwave feeding system provides elliptically polarized TEM electromagnetic waves for the oven cavity , and wherein the inner diameter of the cylindrical cavity is between 0.75 and three multiples of the wavelength of the microwaves guided within said cylindrical cavity . - the microwave feeding system comprises a magnetron , a rectangular waveguide and a cylindrical cavity , - the cylindrical cavity is connectable to an oven cavity , - a rotatable omnidirectional antenna is arranged inside the cylindrical cavity , - the omnidirectional antenna is driven by an antenna motor , - the omnidirectional antenna is connected to the antenna motor via a shaft made of conductive material, - an inner cavity is arranged inside the cylindrical cavity , - the inner cavity is arranged coaxially to the cylindrical cavity , - the inner cavity encloses at least partially the shaft , and - the inner cavity and the shaft are arranged coaxially to each other,
Electric motor with a stator , a rotor and a motor housing , with a first end face and a second end face , which is spaced from the first end face and oriented parallel to the first end face , wherein the rotor and the stator are arranged between the end faces , wherein the rotor is arranged rotatably within the stator and is supported rotatably on the motor housing by means of an output bearing and at least one support bearing , wherein the output bearing is configured as a rolling bearing, wherein the stator is arranged within the motor housing and fixed on the motor housing in a torque-proof manner and wherein the output bearing is arranged in the region of the first end face and the support bearing in the region of the second end face within the motor housing , characterised in that a minimal output bearing inner diameter is larger than a maximal rotor diameter of the rotor and a maximal support bearing outer diameter , wherein the rotor with support bearing fixed to the rotor can be passed through the output bearing and the stator and wherein mounting of the rotor with the support bearing fixed to it is facilitated from an output side of the electric motor .
Redon-bottle for drainage of fluids or wound secretion, comprising an inlet opening to connect with a drainage line and an outlet opening for releasing waste air accumulated inside the Redon-bottle during drainage, wherein the Redon-bottle is pre-evacuated, and the outlet opening is sealable, so that the Redon-bottle is transferable in a first and in a second operating condition, wherein in the first operating condition the outlet opening is sealed, so that a suction can be achieved at the inlet opening caused by the vacuum inside the Redon-bottle , and in the second operating condition the outlet opening is opened, so that air can enter the Redon-bottle through the outlet opening and neutralize the vacuum present inside the Redon-bottle , so that the drainage of fluid or wound secretion is started according to a vacuum drainage and afterwards is continued as gravity drainage, characterized in that the outlet opening comprises a first tube-like element , wherein the first tube-like element of the outlet opening can be clamped or pinched off, so that the outlet opening is sealable and in that the outlet opening comprises a filter , wherein the filter can act like a vent for releasing waste air from the Redon-bottle and entering air into the Redon-bottle , and wherein the filter is permeable for gases and impermeable for fluids.
An inverter device, including: an inverter stack ; and a switchboard that houses the inverter stack , the inverter stack having: an inverter main body , the inverter main body housing an inverter circuit; a lower frame configuring a bottom portion of the inverter stack and formed of a plurality of longitudinal frame members linked so as to form the edges of a cuboid, and an output relay bar linked to a corresponding output terminal of the inverter main body and provided so as to pass through the lower frame of the inverter stack , wherein the lower frame is such that a frame member of the plurality of longitudinal frame members that is forming one edge of a side of the cuboid, wherein the output relay bar passes through the side of the cuboid, is formed of a non-magnetic body. an inverter stack ; and a switchboard that houses the inverter stack , the inverter stack having: an inverter main body , the inverter main body housing an inverter circuit; a lower frame configuring a bottom portion of the inverter stack and formed of a plurality of longitudinal frame members linked so as to form the edges of a cuboid, and an output relay bar linked to a corresponding output terminal of the inverter main body and provided so as to pass through the lower frame of the inverter stack , an inverter main body , the inverter main body housing an inverter circuit; a lower frame configuring a bottom portion of the inverter stack and formed of a plurality of longitudinal frame members linked so as to form the edges of a cuboid, and an output relay bar linked to a corresponding output terminal of the inverter main body and provided so as to pass through the lower frame of the inverter stack , wherein the lower frame is such that a frame member of the plurality of longitudinal frame members that is forming one edge of a side of the cuboid, wherein the output relay bar passes through the side of the cuboid, is formed of a non-magnetic body.
Splitter lip (122; 222) for a turbomachine , in particular for a compressor (4; 6) of an axial turbomachine , the lip (122; 222) comprising: - an annular splitter wall (130; 230) with a circular leading edge , and an annular attachment flange (150; 250); - an outer shroud (128; 228) with an external fixing flange ; - heating means (142; 242) arranged so as to be able to de-ice the splitter lip (122; 222); - at least one elastic element (146; 246) holding the heating means (142; 242) inside of the splitter wall (30; 130; 230); characterized in that the splitter lip comprises thrust means (154; 254) exerting a compressive force on the at least one elastic element (146; 246) so as to preload it, the thrust means (154; 254) being adjustable so as to adjust the compressive force and fixed to the annular attachment flange (150; 250) and to the external fixing flange , the at least one elastic element (146; 246) being pre-stressed in the splitter lip (122; 222) so as to exert a clamping force F on the heating means (142; 242) towards the splitter wall (130; 230). - an annular splitter wall (130; 230) with a circular leading edge , and an annular attachment flange (150; 250); - an outer shroud (128; 228) with an external fixing flange ; - heating means (142; 242) arranged so as to be able to de-ice the splitter lip (122; 222); - at least one elastic element (146; 246) holding the heating means (142; 242) inside of the splitter wall (30; 130; 230);
A multikinase inhibitor for use in a method of preventing and/or treating fibrosis associated with an eye-related disease, eye-related disorder or eye-related surgical procedure in a subject in need thereof, wherein the multikinase inhibitor is nintedanib or a salt thereof, lenvatinib or a salt thereof, or a combination thereof.
A surveying instrument comprising: a distance measuring light projector configured to project a distance measuring light to an object, a distance measuring light receiver having a photodetector configured to receive a reflected distance measuring light from said object, a tracking light projector configured to project a tracking light to said object, a tracking light receiver having a tracking photodetector configured to receive a reflected tracking light from said object, and an image pickup module configured to receive a background light, wherein said distance measuring light projector and said tracking light projector include a first deflecting optical member configured to deflect any one of said distance measuring light and said tracking light in such a manner that said distance measuring light and said tracking light become coaxial with each other, characterized in that said distance measuring light projector, said tracking light projector, and said image pickup module include a second deflecting optical member configured to coaxially reflect said distance measuring light, said tracking light, and said background light respectively and transmit through said reflected distance measuring light and said reflected tracking light, wherein said second deflecting optical member is a multilayer optical element having a predetermined plate thickness, said multilayer film optical element has a first incidence surface present at a position close from said distance measuring light projector and a second incidence surface present at a position away from said distance measuring light projector, said first incidence surface is configured to transmit through said distance measuring light and said tracking light and reflect said background light, said second incidence surface has a beam splitter film with a predetermined reflectance formed on an incidence portion for said distance measuring light and said tracking light, an antireflective film is formed on portions other than said beam splitter film, wherein said distance measuring light and said tracking light are reflected coaxially with said background light by said beam splitter film, and said reflected distance measuring light and said reflected tracking light are transmitted through said beam splitter film and said antireflective film.
A closure for a container neck, the closure comprising a shell and a fitment releasably retained within the shell , the fitment configured to be inserted into an operative position within a container neck having a bore diameter D when the closure is applied to the container neck ; the fitment comprising a body and engagement means extending radially outwardly from the body ; the engagement means in an extended condition relative to the body and releasably engaged with the shell , to releasably retain the fitment within the shell prior to application of the closure to the container neck , the engagement means defining a first span S1 that is greater than the bore diameter D when in said extended condition, the engagement means configured to be forced into a retracted condition relative to the body during insertion of the fitment into the container neck , to release the fitment from the shell , characterised in that the engagement means define a second span S2 that is less than the bore diameter D when in said retracted condition; and in that the engagement means are configured to be enclosed within the container neck when the fitment is in the operative position.
A method performed by a first user equipment, UE, in a wireless communication system, the method comprising: transmitting, by the first UE, a Physical Sidelink Shared Channel, PSSCH, to a second UE; receiving, by the first UE from the second UE, a physical sidelink feedback channel PSFCH, for the PSSCH in a first slot of a first slot duration; characterized in that the method further comprises: determining, by the first UE, a second slot for transmitting a physical uplink control channel, PUCCH, based on a value related to the number of slots from the PSFCH to the PUCCH; and transmitting, by the first UE to a base station, BS, feedback information based on the PSFCH through the PUCCH in the second slot, wherein, based on a slot duration of the second slot being shorter than the slot duration of the first slot, the first slot for the PSFCH overlaps in a time domain with a plurality of slots of the first UE having the same slot duration as the second slot, and wherein the value related to the number of slots is applied based on a last slot of the plurality of slots overlapped with the first slot for the PSFCH. transmitting, by the first UE, a Physical Sidelink Shared Channel, PSSCH, to a second UE; receiving, by the first UE from the second UE, a physical sidelink feedback channel PSFCH, for the PSSCH in a first slot of a first slot duration; characterized in that the method further comprises: determining, by the first UE, a second slot for transmitting a physical uplink control channel, PUCCH, based on a value related to the number of slots from the PSFCH to the PUCCH; and transmitting, by the first UE to a base station, BS, feedback information based on the PSFCH through the PUCCH in the second slot, wherein, based on a slot duration of the second slot being shorter than the slot duration of the first slot, the first slot for the PSFCH overlaps in a time domain with a plurality of slots of the first UE having the same slot duration as the second slot, and wherein the value related to the number of slots is applied based on a last slot of the plurality of slots overlapped with the first slot for the PSFCH. determining, by the first UE, a second slot for transmitting a physical uplink control channel, PUCCH, based on a value related to the number of slots from the PSFCH to the PUCCH; and transmitting, by the first UE to a base station, BS, feedback information based on the PSFCH through the PUCCH in the second slot, wherein, based on a slot duration of the second slot being shorter than the slot duration of the first slot, the first slot for the PSFCH overlaps in a time domain with a plurality of slots of the first UE having the same slot duration as the second slot, and wherein the value related to the number of slots is applied based on a last slot of the plurality of slots overlapped with the first slot for the PSFCH.
A breast biopsy marker catheter , comprising: a catheter shaft having a lumen , a proximal tube portion , and a distal tube portion , the proximal tube portion being joined to the distal tube portion by a frangible link , the distal tube portion having a one-way valve located in the lumen ; and a bioabsorbable balloon fixedly connected to the distal tube portion to define a balloon assembly , the bioabsorbable balloon configured for fluid communication with the lumen of the catheter shaft at a location distal to the one-way valve of the distal tube portion of the catheter shaft, the balloon assembly configured to be separated from the proximal tube portion of the catheter shaft by breaking the frangible link . a catheter shaft having a lumen , a proximal tube portion , and a distal tube portion , the proximal tube portion being joined to the distal tube portion by a frangible link , the distal tube portion having a one-way valve located in the lumen ; and a bioabsorbable balloon fixedly connected to the distal tube portion to define a balloon assembly , the bioabsorbable balloon configured for fluid communication with the lumen of the catheter shaft at a location distal to the one-way valve of the distal tube portion of the catheter shaft, the balloon assembly configured to be separated from the proximal tube portion of the catheter shaft by breaking the frangible link .
A system for transferring a wire (18a, b, d, e, g) to a moving web of material having a material surface comprising: a. a roller having a roller surface with a circumferential trench formed therein, said trench including a pair of opposing sidewalls and said roller configured to rotate about an axis ; and b. a wire dispenser head configured to receive wire from a wire supply , said wire dispenser head including a wire dispensing tip through which received wire exits the wire dispenser head , said wire dispensing tip positioned within the trench of the roller and configured to engage the pair of opposing sidewalls of the trench so that the wire dispensing tip remains positioned within the trench and the received wire is deposited into the trench as the roller rotates, wherein said roller is positionable so that the roller surface engages the material surface as the roller rotates thus allowing the deposited wire to be transferred from the trench onto the material surface. a. a roller having a roller surface with a circumferential trench formed therein, said trench including a pair of opposing sidewalls and said roller configured to rotate about an axis ; and b. a wire dispenser head configured to receive wire from a wire supply , said wire dispenser head including a wire dispensing tip through which received wire exits the wire dispenser head , said wire dispensing tip positioned within the trench of the roller and configured to engage the pair of opposing sidewalls of the trench so that the wire dispensing tip remains positioned within the trench and the received wire is deposited into the trench as the roller rotates,
An eyesight examination method to be carried out in an eyesight examination device according to claim 4, comprising the steps of: (a) displaying (S105), on display unit of the eyesight examination device , an optotype image selected from a plurality of optotype image groups and four reference images located on the left side, the right side, the lower side and the upper side of the optotype image; wherein each of the optotype image groups includes different optotype images for identical shapes; (b) receiving (S107) a direction input indicating the direction from the displayed optotype image to one reference image of the displayed four reference images, wherein the direction input is generated through the direction stick of the eyesight examination device for selecting 4-direction; and (c) determining (S109), by the control unit of the eyesight examination device , whether the reference image corresponding to the direction input among the four reference images has an identical shape with that of the optotype image, wherein one of the four reference images has the identical shape with that of the optotype image, and wherein in step (a) the optotype image groups are pre-drawn on display unit ; and wherein in step (a) the plurality of LEDs of the eyesight examination device illuminate the four reference images of the reference optotype plate (111-3) of the eyesight examination device . (a) displaying (S105), on display unit of the eyesight examination device , an optotype image selected from a plurality of optotype image groups and four reference images located on the left side, the right side, the lower side and the upper side of the optotype image; wherein each of the optotype image groups includes different optotype images for identical shapes; (b) receiving (S107) a direction input indicating the direction from the displayed optotype image to one reference image of the displayed four reference images, wherein the direction input is generated through the direction stick of the eyesight examination device for selecting 4-direction; and (c) determining (S109), by the control unit of the eyesight examination device , whether the reference image corresponding to the direction input among the four reference images has an identical shape with that of the optotype image, wherein one of the four reference images has the identical shape with that of the optotype image, and wherein in step (a) the optotype image groups are pre-drawn on display unit ; and wherein in step (a) the plurality of LEDs of the eyesight examination device illuminate the four reference images of the reference optotype plate (111-3) of the eyesight examination device . one of the four reference images has the identical shape with that of the optotype image, and wherein in step (a) the optotype image groups are pre-drawn on display unit ; and wherein in step (a) the plurality of LEDs of the eyesight examination device illuminate the four reference images of the reference optotype plate (111-3) of the eyesight examination device .
A solution mixer comprising: a main flow path in which a solution circulates; a first solution introduction flow path connected to the main flow path ; a second solution introduction flow path connected to the main flow path ; first and second introduction flow path valves for opening and closing the solution introduction flow paths; at least one solution discharge flow path having a solution discharge flow path valve and being connected to the main flow path , wherein the main flow path has a first main flow path valve disposed in the vicinity of the solution discharge flow path, and wherein the main flow path has a second main flow path valve characterized in that the second main flow path valve is disposed between the first solution introduction flow path and the second solution introduction flow path . a main flow path in which a solution circulates; a first solution introduction flow path connected to the main flow path ; a second solution introduction flow path connected to the main flow path ; first and second introduction flow path valves for opening and closing the solution introduction flow paths; at least one solution discharge flow path having a solution discharge flow path valve and being connected to the main flow path , wherein the main flow path has a first main flow path valve disposed in the vicinity of the solution discharge flow path, and wherein the main flow path has a second main flow path valve characterized in that the second main flow path valve is disposed between the first solution introduction flow path and the second solution introduction flow path .