mhurhangee/patent-ind-claim-en huggingface dataset:
A staple cartridge , comprising: a cartridge body comprising a plurality of staple cavities ; a plurality of staples removably positioned in said staple cavities; and an implantable layer , comprising: an inner portion comprising a piece of foam; and an outer portion comprising a plurality of fibers , wherein said outer portion is positioned at least partially around said inner portion, and wherein the outer portion is less dense than the inner portion. a cartridge body comprising a plurality of staple cavities ; a plurality of staples removably positioned in said staple cavities; and an implantable layer , comprising: an inner portion comprising a piece of foam; and an outer portion comprising a plurality of fibers , wherein said outer portion is positioned at least partially around said inner portion, and wherein the outer portion is less dense than the inner portion. an inner portion comprising a piece of foam; and an outer portion comprising a plurality of fibers , wherein said outer portion is positioned at least partially around said inner portion, and wherein the outer portion is less dense than the inner portion.
Device for separating and/or testing containers with at least one processing star wheel that can be driven step-by-step and that is used to feed containers to at least one processing system , and with a continuously drivable discharge device for removing the containers from the processing star wheel , wherein the discharge device possesses at least one discharge star wheel , wherein the discharge star wheel is connected to a delivery drive for continuously driving the discharge star wheel , wherein a container can be converted from a stepwise rotational movement into a continuous movement by means of the discharge star wheel , wherein a plurality of pockets are arranged on the outer circumference of the processing star wheel which are formed by teeth , and the discharge star wheel has a plurality of evenly distributed receptacles on its outer circumference to receive and guide an individual container , wherein the receptacles are formed and/or delimited by teeth and/or bars of the discharge star wheel , characterised in that the teeth and/or bars of the discharge star wheel extend outward in the conveying direction at an angle from the outer circumference of the discharge star wheel .
A process comprising: providing an isocyanate component A comprising a blend of (i) an aromatic isocyanate prepolymer and (ii) an aliphatic isocyanate prepolymer; providing a polyol component B comprising a blend of; (i) a phosphate-functional polyol, (ii) a polyether polyol, and (iii) an element selected from the group consisting of a polyurethane polyol, a polyester polyol and a combination thereof; mixing component A and component B to form a solventless adhesive (SLA) composition, wherein a weight ratio of component A to component B is from 2:1 to 1:1, the SLA composition having a pot life from 30 min to 60 min at 40°C, wherein the pot life is measured as described in the description; applying the SLA composition between a first film and a second film to form a raw laminate; and curing the raw laminate to form a laminate product. providing an isocyanate component A comprising a blend of (i) an aromatic isocyanate prepolymer and (ii) an aliphatic isocyanate prepolymer; providing a polyol component B comprising a blend of; (i) a phosphate-functional polyol, (ii) a polyether polyol, and (iii) an element selected from the group consisting of a polyurethane polyol, a polyester polyol and a combination thereof; (i) a phosphate-functional polyol, (ii) a polyether polyol, and (iii) an element selected from the group consisting of a polyurethane polyol, a polyester polyol and a combination thereof; mixing component A and component B to form a solventless adhesive (SLA) composition, wherein a weight ratio of component A to component B is from 2:1 to 1:1, the SLA composition having a pot life from 30 min to 60 min at 40°C, wherein the pot life is measured as described in the description; applying the SLA composition between a first film and a second film to form a raw laminate; and curing the raw laminate to form a laminate product.
A wearable device comprising: a battery; an antenna coil ; a wireless charging module coupled to the antenna coil to harvest wireless power for charging the battery; and an NFC, near field communications, module coupled to the antenna coil to receive a query signal and provide a tag response signal; characterized in that the wearable device further comprises: an NFMI, near field magnetic induction, module coupled to the antenna coil to send and receive audio streams; and an adjustable capacitance in series or parallel with said antenna coil to provide a resonant frequency tunable at a value suitable for a selected one of said wireless charging, NFC, and NFMI modules. a battery; an antenna coil ; a wireless charging module coupled to the antenna coil to harvest wireless power for charging the battery; and an NFC, near field communications, module coupled to the antenna coil to receive a query signal and provide a tag response signal; characterized in that the wearable device further comprises: an NFMI, near field magnetic induction, module coupled to the antenna coil to send and receive audio streams; and an adjustable capacitance in series or parallel with said antenna coil to provide a resonant frequency tunable at a value suitable for a selected one of said wireless charging, NFC, and NFMI modules. an NFMI, near field magnetic induction, module coupled to the antenna coil to send and receive audio streams; and an adjustable capacitance in series or parallel with said antenna coil to provide a resonant frequency tunable at a value suitable for a selected one of said wireless charging, NFC, and NFMI modules.
A polyester resin, comprising: a dicarboxylic acid constituent unit; and a diol constituent unit, wherein more than 0% by mol and 20% by mol or less of the diol constituent unit is a unit originated from a diol having a cyclic acetal skeleton; 70 to 98% by mol of the diol constituent unit is a unit originated from a diol having an alicyclic skeleton; the diol constituent unit comprises a unit originated from ethylene glycol; 80% by mol or more of the dicarboxylic acid constituent unit is a unit originated from terephthalic acid; and the polyester resin has a physical property indicated by the following (A): (A) a minimum value of a semi-crystallization time is 600 s or less based on a depolarized light intensity method when the polyester resin is melted at 280°C and crystallized at a constant temperature of 150 to 230°C. wherein more than 0% by mol and 20% by mol or less of the diol constituent unit is a unit originated from a diol having a cyclic acetal skeleton; 70 to 98% by mol of the diol constituent unit is a unit originated from a diol having an alicyclic skeleton; the diol constituent unit comprises a unit originated from ethylene glycol; 80% by mol or more of the dicarboxylic acid constituent unit is a unit originated from terephthalic acid; and the polyester resin has a physical property indicated by the following (A): (A) a minimum value of a semi-crystallization time is 600 s or less based on a depolarized light intensity method when the polyester resin is melted at 280°C and crystallized at a constant temperature of 150 to 230°C. (A) a minimum value of a semi-crystallization time is 600 s or less based on a depolarized light intensity method when the polyester resin is melted at 280°C and crystallized at a constant temperature of 150 to 230°C.
A method performed by a wireless device for enabling the wireless device to perform Radio Link Monitoring, RLM, of a cell of a network node in a wireless communication network; the method comprising sending to a network node serving the wireless device, together with an event report for a triggered In Synchronization, in-sync, related event, an indication indicating at least one recommended repetition level of at least one control channel, the in-sync related event being triggered by the wireless device when the wireless device is moving into a better coverage area, the indication indicating a decrease of repetition level in relation to a currently configured repetition level.
Device for forming a base opening between bag portions (2', 2") at an open end region of a tubular bag body , comprising a transport apparatus for transporting the bag body in a transport direction transversely to its longitudinal extension , and comprising an opening apparatus for forming the base opening between the bag portions (2', 2") at the open end region of the tubular bag body , the opening apparatus having a pre-opening station , by means of which the bag portions (2', 2") at the open end region of the tubular bag body can be transferred from a flat state, in which they lie on top of one another, into a state in which they are spaced apart from one another, the opening apparatus having at least one spreading element which is rotatable about an axis of rotation and can be inserted between the bag portions (2', 2") at the open end region of the tubular bag body during the rotation, the rotatable spreading element having a wedge element (12; 12', 12", 12"') which comprises at least one wedge surface (14; 14', 14") that rises counter to the direction of rotation , by means of which surface the bag portions (2', 2") at the open end region of the tubular bag body can be spread apart from one another during the transportation of said bag body on the transport apparatus , in order to form the base opening between the bag portions (2', 2") at the open end region of the tubular bag body , characterised in that the pre-opening station has at least one guide element comprising a guide surface for one of the bag portions (2', 2") at the open end region of the tubular bag body , which surface is inclined towards the transport direction , the guide surface being connected to a suction element for suctioning the bag portion (2', 2") onto the guide surface , the at least one guide element of the pre-opening station , seen in the transport direction , being arranged so as to overlap with the at least one spreading element .
A rack-and-pinion steering for a motor vehicle, comprising a rack having a longitudinal axis (X), a rack housing in which the rack is guided for axial displacement, and at least one end stop damping assembly for the rack , the end stop damping assembly being received in the rack housing , the end stop damping assembly including a compression body for damping an end stop and a stop member which is mounted to the rack housing for limited displacement in the axial direction, and the stop member resting against a first supporting surface of the rack housing at least partly by means of the compression body in a first axial direction , characterized in that the stop member rests against a second supporting surface of the rack housing in an opposite, second axial direction , an axial displacement of the stop member in the mounted condition being limited by the first supporting surface and the second supporting surface of the rack housing , and the stop member resting against the first supporting surface in its first axial end position and against the second supporting surface in its opposite, second axial end position.
Sun gear for a mechanical reduction gear of an aircraft turbine engine, the sun gear having a general annular shape around an axis (X), and comprising at the outer periphery thereof, a gearing meshing with planet gears of the reduction gear, and at the inner periphery thereof, first coupling splines of with an input shaft of the reduction gear, the sun gear having a staged profile in axial cross-section, and comprising at least three adjacent axial sections among which a first section comprising a first inner centring cylindrical surface having a diameter D1, a second section comprising a second inner centring cylindrical surface having a diameter D2, and a third section extending axially between said first and second section and comprising the first splines with an inner diameter D3 between D1 and D2, characterised in that the sun gear comprises at one of its axial ends an annular recess opening radially inwards and configured to receive at least one oil jet , said first section comprises an annular row of first bores or notches configured to enable a flow of oil, said recess is formed by an annular edge of said first section , the first bores being in fluid communication with this recess and being configured to supply said first splines with oil.
An extractive distillation process, the process comprising (a) distilling a liquid mixture comprising ethylbenzene, at least one further C 8 aromatic compound, and an extractive agent compound, wherein the at least one further C 8 aromatic compound is selected from para-xylene, ortho-xylene and meta-xylene, and wherein the extractive agent compound includes a carbocyclic that is an aromatic ring structure, wherein the extractive agent compound is an aromatic compound of Formula : wherein R a and R b are both oxygen radicals, whereby the NR a R b -group radical is nitro or R a and R b are both hydrogen radicals, whereby the NR a R b -group radical is amino, and wherein R 3 and R 4 are a halogen radical and R 2 , R 5 , and R 6 are a hydrogen radical. wherein the extractive agent compound includes a carbocyclic that is an aromatic ring structure, wherein the extractive agent compound is an aromatic compound of Formula : wherein R a and R b are both oxygen radicals, whereby the NR a R b -group radical is nitro or R a and R b are both hydrogen radicals, whereby the NR a R b -group radical is amino, and wherein R 3 and R 4 are a halogen radical and R 2 , R 5 , and R 6 are a hydrogen radical.
A domestic appliance with a cavity , in particular a cooking oven with an oven cavity , wherein: - the domestic appliance comprises an illumination system for illuminating the cavity , - the illumination system comprises at least one microwave generating unit and at least one light-emitting plasma device , - the light-emitting plasma device includes or is a container filled with at least one substance providing light-emitting plasma, characterised in that - the light-emitting plasma device is arranged in a wall of the cavity , - the light-emitting plasma device includes at least one transparent portion , - at least a part of the transparent portion is directed to the interior of the cavity , and - the microwave generating unit and the light-emitting plasma device are connected via a wave guide , so that - microwaves generated by the microwave generating unit are transferred to the substance providing light-emitting plasma. - the domestic appliance comprises an illumination system for illuminating the cavity , - the illumination system comprises at least one microwave generating unit and at least one light-emitting plasma device , - the light-emitting plasma device includes or is a container filled with at least one substance providing light-emitting plasma, characterised in that - the light-emitting plasma device is arranged in a wall of the cavity , - the light-emitting plasma device includes at least one transparent portion , - at least a part of the transparent portion is directed to the interior of the cavity , and - the microwave generating unit and the light-emitting plasma device are connected via a wave guide , so that - microwaves generated by the microwave generating unit are transferred to the substance providing light-emitting plasma.
A system comprising: a first implantable lead comprising a distal portion and a first electrode coupled to the distal portion of the first implantable lead, wherein the first electrode is configured to be implanted at an implantation site on or in a tissue structure of a patient's heart; and a second implantable lead comprising a distal portion and a second electrode coupled to the distal portion of the second implantable lead, wherein the second electrode is configured to be implanted at the implantation site distal to the first electrode within the tissue structure of the patient's heart, wherein the distal portion of the second implantable lead is guided by the distal portion of the first implantable lead to the implantation site. a first implantable lead comprising a distal portion and a first electrode coupled to the distal portion of the first implantable lead, wherein the first electrode is configured to be implanted at an implantation site on or in a tissue structure of a patient's heart; and a second implantable lead comprising a distal portion and a second electrode coupled to the distal portion of the second implantable lead, wherein the second electrode is configured to be implanted at the implantation site distal to the first electrode within the tissue structure of the patient's heart, wherein the distal portion of the second implantable lead is guided by the distal portion of the first implantable lead to the implantation site.
Method for operating a clutch in a power tool , in particular an electric screwdriver or drill driver, having an electric motor , an open-loop and closed-loop control device for open-loop and closed-loop control of the motor power of the power tool and having at least one sensor , the power tool being operable in a first or second operating mode and, in the first operating mode, the clutch being actuated when the speed falls below a predetermined speed threshold value after a predetermined period of time and, in the second operating mode, the clutch being actuated when a first predetermined motor current threshold value is exceeded, characterized by the method steps of - setting the second operating mode; - measuring the motor current of the electric motor ; and - reducing the engine speed from a first speed value to a second speed value which is higher than the predetermined speed threshold value when a second predetermined motor current threshold value which is smaller than the first predetermined motor current threshold value is exceeded, as a result of which a torque which can be produced by the power tool is increased from a first torque value to a second torque value. - setting the second operating mode; - measuring the motor current of the electric motor ; and - reducing the engine speed from a first speed value to a second speed value which is higher than the predetermined speed threshold value when a second predetermined motor current threshold value which is smaller than the first predetermined motor current threshold value is exceeded, as a result of which a torque which can be produced by the power tool is increased from a first torque value to a second torque value.
Permanent reference electrode (10, 10-1), for use with a box (C) housing a voltmeter (V) for measuring the potential of buried metal structures (ST) to be protected, comprising: - a zinc electrode , having an elongated shape; - a backfill , with a base of gypsum, bentonite, cellulose fibres, and water, which encloses in its interior said zinc electrode ; and - an external casing which covers externally the permanent reference electrode (10-1) and acts as container of its parts; the permanent reference electrode (10, 10-1) being characterized in that said backfill , enclosing in its interior said zinc electrode , comprises sodium chloride so as to prevent passivation of the zinc material of the electrode , and in that the permanent reference electrode (10, 10-1) further comprises a containment body containing the backfill and covered by the external casing , wherein said containment body is made with a cement mortar consisting of 50-70 % by weight of sand, 15-25% by weight of concrete, 10-15% by weight of water and 1-5% by weight of NaCl and the cement mortar of said containment body exhibits a zone which is left uncovered by the external casing . - a zinc electrode , having an elongated shape; - a backfill , with a base of gypsum, bentonite, cellulose fibres, and water, which encloses in its interior said zinc electrode ; and - an external casing which covers externally the permanent reference electrode (10-1) and acts as container of its parts; the permanent reference electrode (10, 10-1) being characterized in that said backfill , enclosing in its interior said zinc electrode , comprises sodium chloride so as to prevent passivation of the zinc material of the electrode , and in that the permanent reference electrode (10, 10-1) further comprises a containment body containing the backfill and covered by the external casing , wherein said containment body is made with a cement mortar consisting of 50-70 % by weight of sand, 15-25% by weight of concrete, 10-15% by weight of water and 1-5% by weight of NaCl and the cement mortar of said containment body exhibits a zone which is left uncovered by the external casing .
A drone comprising: a movement module comprising at least one motor and at least one propeller which is configured to rotate in response to revolutions per minute, RPM, of the at least one motor ; a plurality of microphones positioned at a bottom of the drone; an audio module connected to the plurality of the microphones and comprising a first noise suppression module ; a memory module for storing control data corresponding to driving data of the at least one motor, the driving data of the at least one motor being RPM; and a processor functionally coupled to the audio module , the movement module and the memory module , the processor being configured to: set control data according to the driving data of the at least one motor, and apply the set control data to the audio module so that the first noise suppression module suppresses or cancels a noise in an audio signal inputted to the audio module based on the control data, and characterised by the processor being configured to, if an RPM of one motor of the at least one motor exceeds a set reference value, turn off at least one microphone positioned near the one motor among the plurality of the microphones . a movement module comprising at least one motor and at least one propeller which is configured to rotate in response to revolutions per minute, RPM, of the at least one motor ; a plurality of microphones positioned at a bottom of the drone; an audio module connected to the plurality of the microphones and comprising a first noise suppression module ; a memory module for storing control data corresponding to driving data of the at least one motor, the driving data of the at least one motor being RPM; and a processor functionally coupled to the audio module , the movement module and the memory module , the processor being configured to: set control data according to the driving data of the at least one motor, and apply the set control data to the audio module so that the first noise suppression module suppresses or cancels a noise in an audio signal inputted to the audio module based on the control data, and characterised by the processor being configured to, if an RPM of one motor of the at least one motor exceeds a set reference value, turn off at least one microphone positioned near the one motor among the plurality of the microphones . set control data according to the driving data of the at least one motor, and apply the set control data to the audio module so that the first noise suppression module suppresses or cancels a noise in an audio signal inputted to the audio module based on the control data, and characterised by the processor being configured to, if an RPM of one motor of the at least one motor exceeds a set reference value, turn off at least one microphone positioned near the one motor among the plurality of the microphones .