mhurhangee/patent-ind-claim-en huggingface dataset:
Tool holder device having a tool holder body for holding in a rotationally fixed manner a rotating tool , having a shank and a clamping portion and a receptacle opening for the shank of the tool , having a coolant infeed installation for pressurized coolant, at least one coolant conducting installation for directing the coolant towards the clamped tool shank ; wherein a coolant storage and/or collection chamber into which the at least one coolant conducting installation opens is present in the region of the free end of the tool holder body ; and wherein the coolant storage and/or collection chamber by way of an annular gap is connected to the environment of the tool holder device ; wherein the coolant storage and/or collection chamber and the annular gap are at least in part delimited by the tool shank ; and wherein the storage and/or collection chamber is disposed within the tool holder body , characterized in that the receptacle opening , which is configured directly in the clamping portion of the tool holder body , by way of an inner bevel is configured so as to widen in a conical manner in the region of the free end of the tool holder body , in that the tool holder body is integrally configured, and the storage and/or collection chamber is configured by the inner bevel and a cover element . wherein a coolant storage and/or collection chamber into which the at least one coolant conducting installation opens is present in the region of the free end of the tool holder body ; and wherein the coolant storage and/or collection chamber by way of an annular gap is connected to the environment of the tool holder device ; wherein the coolant storage and/or collection chamber and the annular gap are at least in part delimited by the tool shank ; and wherein the storage and/or collection chamber is disposed within the tool holder body , characterized in that the receptacle opening , which is configured directly in the clamping portion of the tool holder body , by way of an inner bevel is configured so as to widen in a conical manner in the region of the free end of the tool holder body , in that the tool holder body is integrally configured, and the storage and/or collection chamber is configured by the inner bevel and a cover element .
A garbage collection watercraft comprising: a hull ; at least one collection box including an intake port for a garbage, the collection box being movably held by the hull to a collection position in which the collection box is at least partially located underwater and a pull-up position located higher than the collection position with regard to an up-down direction of the hull ; and a buoyant material that is attached to the collection box , characterized in that the buoyant material is configured to raise the collection box from the collection position to the pull-up position by a buoyant force. a hull ; at least one collection box including an intake port for a garbage, the collection box being movably held by the hull to a collection position in which the collection box is at least partially located underwater and a pull-up position located higher than the collection position with regard to an up-down direction of the hull ; and a buoyant material that is attached to the collection box , characterized in that the buoyant material is configured to raise the collection box from the collection position to the pull-up position by a buoyant force.
A method for manufacturing a beverage capsule with an outer gasket ring made of an elastic material, comprising the following steps: a. Providing a capsule body with a continuous flange-like edge for fastening a sealing film ; b. Providing a gasket ring made of an elastic material that is adjusted to the flange-like edge ; c. Placing the gasket ring and the capsule body in a capsule holder of a sealing device for sealing the capsule body with the sealing film , wherein the gasket ring is arranged between the capsule holder and the flange-like edge of the capsule body ; d. Filling the capsule body with a beverage substrate; and e. Sealing the capsule body with the sealing film and simultaneously fastening the sealing ring to the flange-like edge by means of the sealing device . a. Providing a capsule body with a continuous flange-like edge for fastening a sealing film ; b. Providing a gasket ring made of an elastic material that is adjusted to the flange-like edge ; c. Placing the gasket ring and the capsule body in a capsule holder of a sealing device for sealing the capsule body with the sealing film , wherein the gasket ring is arranged between the capsule holder and the flange-like edge of the capsule body ; d. Filling the capsule body with a beverage substrate; and e. Sealing the capsule body with the sealing film and simultaneously fastening the sealing ring to the flange-like edge by means of the sealing device .
An oral care appliance , characterized by comprising: a mouthpiece comprising a flexible membrane configured to deform in response to pressure variations generated in a cavity resulting in volume changes of the cavity ; a depression chamber having a plurality of apertures (202; 204; 210) and configured to generate the pressure variations in the cavity ; a first pump : (i) engaged with a first aperture of the depression chamber ; and (ii) configured to generate a vacuum in the depression chamber ; a second aperture of the depression chamber connected to the mouthpiece through a connecting line ; a third aperture of the depression chamber with a lower height than the first and second apertures; and a second pump : characterized in that the second pump is (i) engaged with the third aperture of the depression chamber ; and (ii) configured to drain fluids from the depression chamber via the third aperture . a mouthpiece comprising a flexible membrane configured to deform in response to pressure variations generated in a cavity resulting in volume changes of the cavity ; a depression chamber having a plurality of apertures (202; 204; 210) and configured to generate the pressure variations in the cavity ; a first pump : (i) engaged with a first aperture of the depression chamber ; and (ii) configured to generate a vacuum in the depression chamber ; a second aperture of the depression chamber connected to the mouthpiece through a connecting line ; a third aperture of the depression chamber with a lower height than the first and second apertures; and a second pump : characterized in that the second pump is (i) engaged with the third aperture of the depression chamber ; and (ii) configured to drain fluids from the depression chamber via the third aperture .
Underride protection device with adjustment apparatus for mounting on a vehicle comprising an elongated, normally horizontally disposed underride barrier for securing a rear portion of the vehicle against collision or underride by another vehicle, a mounting bracket , a support arm which is rotatably mounted on the mounting bracket and on which the underride barrier is disposed, and an adjustment apparatus for pivoting the support arm in order to adjust the underride barrier between a securing position blocking the area to be secured and a release position releasing the area, wherein the adjustment apparatus comprises a drive and a rotary element rotatable by the drive and connected to the support arm , wherein a rotation of the rotary element by the drive causes a pivoting of the support arm relative to the mounting bracket , wherein a mechanical transmission apparatus is placed between the drive and the rotary element , characterised in that the support arm is mounted on the mounting bracket via only one axis of rotation; the mechanical transmission apparatus is disposed on the mounting bracket ; and the transmission apparatus is designed such that the support arm can be pivoted by at least 150° about the axis of rotation passing through the rotary element .
A computer-implemented data processing method for identifying personal data in a particular cookie, the method comprising: generating a plurality of virtual user profiles; storing the plurality of virtual user profiles in a memory; accessing a plurality of websites with the plurality of virtual user profiles scanning , by one or more processors, using the plurality of virtual user profiles, a single website for one or more cookies; scanning , by one or more processors, the plurality of websites using a first particular one of the plurality of virtual user profiles that persists across the plurality of websites for the one or more cookies; identifying, by one or more processors, the particular cookie from the one or more cookies; determining, by one or more processors, whether a host of the particular cookie is a third party host; determining, by one or more processors, a purpose of the particular cookie; determining , by one or more processors, based at least in part on whether the host of the particular cookie is the third party host and the purpose of the particular cookie, whether a particular individual is likely to be identified by the particular cookie; in response to determining that a particular individual is likely to be identified by the particular cookie, generating , by one or more processors, a report regarding a likelihood that the particular individual might be identified by the particular cookie; and displaying , by one or more processors, the report to an individual associated with the single website. generating a plurality of virtual user profiles; storing the plurality of virtual user profiles in a memory; accessing a plurality of websites with the plurality of virtual user profiles scanning , by one or more processors, using the plurality of virtual user profiles, a single website for one or more cookies; scanning , by one or more processors, the plurality of websites using a first particular one of the plurality of virtual user profiles that persists across the plurality of websites for the one or more cookies; identifying, by one or more processors, the particular cookie from the one or more cookies; determining, by one or more processors, whether a host of the particular cookie is a third party host; determining, by one or more processors, a purpose of the particular cookie; determining , by one or more processors, based at least in part on whether the host of the particular cookie is the third party host and the purpose of the particular cookie, whether a particular individual is likely to be identified by the particular cookie; in response to determining that a particular individual is likely to be identified by the particular cookie, generating , by one or more processors, a report regarding a likelihood that the particular individual might be identified by the particular cookie; and displaying , by one or more processors, the report to an individual associated with the single website.
A process to separate formic acid from methyltetrahydrofuran comprising: subjecting a mixture comprising methyltetrahydrofuran, formic acid and optionally at least one other compound selected from levulinic acid, acetic acid, furfural, and humins, to a first distillation, in order to obtain a first distillate comprising methyltetrahydrofuran and water, and a first distillation residue comprising methyltetrahydrofuran, formic acid and optionally the at least one other compound; subjecting said first distillation residue to a second distillation in order to obtain a second distillate comprising methyltetrahydrofuran and formic acid, which is optionally in the form of an azeotrope, and a second distillation residue optionally comprising the at least one other compound; subjecting said second distillate to a third distillation, whereby water is added to said third distillation in order to separate the methyltetrahydrofuran from the formic acid, said third distillation yielding a third distillate comprising methyltetrahydrofuran and water, optionally in the form of an azeotrope, and a third distillation residue comprising formic acid and water, optionally in the form of an azeotrope. subjecting a mixture comprising methyltetrahydrofuran, formic acid and optionally at least one other compound selected from levulinic acid, acetic acid, furfural, and humins, to a first distillation, in order to obtain a first distillate comprising methyltetrahydrofuran and water, and a first distillation residue comprising methyltetrahydrofuran, formic acid and optionally the at least one other compound; subjecting said first distillation residue to a second distillation in order to obtain a second distillate comprising methyltetrahydrofuran and formic acid, which is optionally in the form of an azeotrope, and a second distillation residue optionally comprising the at least one other compound; subjecting said second distillate to a third distillation, whereby water is added to said third distillation in order to separate the methyltetrahydrofuran from the formic acid, said third distillation yielding a third distillate comprising methyltetrahydrofuran and water, optionally in the form of an azeotrope, and a third distillation residue comprising formic acid and water, optionally in the form of an azeotrope.
Thermoplastic polyamide particles comprising at least one polyamide and at least one polymeric ionic compound comprising imidazolium groups (imidazolium compound), the thermoplastic polyamide particles having an ellipsoidal or approximately ellipsoidal shape with the largest diameter of 1 to 100 mm, preferably 2 to 10 mm, more preferably 3 to 8 mm, further comprising at least one particulate inorganic filler having a density of at least 2.5 g/cm 3 , the thermoplastic polyamide particles having a density of at least 1.65 g/cm 3 , and wherein the amount of particulate inorganic fillers, based on the thermoplastic polyamide particles, is 50 to 80 wt%, wherein an approximately ellipsoidal shape is characterized by the diameter of the ellipsoid at any, arbitrarily selected position of the ellipsoid deviating by not more than 20% from the corresponding diameter of an ideal ellipsoid, wherein the polymeric ionic compound contains at least one end group capable of forming a covalent bond with the polyamide and wherein from mixing and heating of polymeric imidazolium compound and polyamide, a covalent bond or linkage between polymeric imidazolium compound and polyamide main chain is formed.
A fiber optic connector sub-assembly for a fiber optic connector , comprising: an inner housing ; a ferrule holder body disposed in the inner housing , the ferrule holder body comprising a front end and a rear end along an optical axis, and an internal passage extending from the front end to the rear end along the optical axis; a ferrule at least partially disposed in the ferrule holder body and having a ferrule bore for receiving an end portion of an optical fiber ; a ferrule holder having an integral lead-in tube , the integral lead-in tube having a front end integrated with the rear end of the ferrule holder body and being overmolded upon the rear end of the ferrule holder body to form the ferrule holder , the integral lead-in tube further comprising a lead-in bore extending in the optical axis from a rear end of the integral lead-in tube to the front end of the integral lead-in tube , wherein the integral lead-in tube is configured to receive and guide the end portion of an optical fiber along the optical axis through the rear end of the ferrule holder body and into the internal passage of the ferrule holder body ; and a spring within the inner housing , wherein the spring applies a spring force to press a portion of the integral lead-in tube against the ferrule holder body , wherein at least a portion of a spring seating surface of the ferrule holder is formed with a portion of the integral lead-in tube . an inner housing ; a ferrule holder body disposed in the inner housing , the ferrule holder body comprising a front end and a rear end along an optical axis, and an internal passage extending from the front end to the rear end along the optical axis; a ferrule at least partially disposed in the ferrule holder body and having a ferrule bore for receiving an end portion of an optical fiber ; a ferrule holder having an integral lead-in tube , the integral lead-in tube having a front end integrated with the rear end of the ferrule holder body and being overmolded upon the rear end of the ferrule holder body to form the ferrule holder , the integral lead-in tube further comprising a lead-in bore extending in the optical axis from a rear end of the integral lead-in tube to the front end of the integral lead-in tube , wherein the integral lead-in tube is configured to receive and guide the end portion of an optical fiber along the optical axis through the rear end of the ferrule holder body and into the internal passage of the ferrule holder body ; and a spring within the inner housing , wherein the spring applies a spring force to press a portion of the integral lead-in tube against the ferrule holder body , wherein at least a portion of a spring seating surface of the ferrule holder is formed with a portion of the integral lead-in tube .
A steering wheel comprising a steering wheel skeleton made from electrically conductive material and an apparatus for heating the steering wheel and for sensing contact with the steering wheel, comprising an electric heating conductor disposed outside the steering wheel skeleton and a control and evaluating means connected to the steering wheel skeleton and the electric heating conductor by means of which the electric heating conductor is repeatedly operated temporarily in a heating operation as heating element for heating the steering wheel and temporarily in a measuring operation as sensor element for sensing contact with the steering wheel, wherein the control and evaluating means is configured to maintain the steering wheel skeleton on a predetermined, especially constant potential at least during each measuring operation, characterized in that the control and evaluating means is configured to dynamically adapt each of the time intervals in which the electric heating conductor is operated in the measuring operation and in the heating operation with consideration of current parameters which are repeatedly supplied to the control and evaluating means .
A method for managing chat services in a communications system comprising the steps of: a first user terminal initiating a chat session with a session manager, the chat session comprising at least the first user terminal and a second user terminal ; maintaining a blocklist by the session manager of blocked users that are blocked from communicating with the second user terminal , the blocklist being associated with the second user terminal ; checking by the session manager if a third user terminal is listed in the blocklist, wherein the first user terminal invited the second user terminal and the third user terminal to join the chat session and wherein the third user terminal joins the chat session after the second user terminal ; and in response to the check determining that the third user terminal is in the blocklist, sending by the session manager to the second user terminal a notification message to notify a user of the second user terminal that a blocked user is joining the chat session. a first user terminal initiating a chat session with a session manager, the chat session comprising at least the first user terminal and a second user terminal ; maintaining a blocklist by the session manager of blocked users that are blocked from communicating with the second user terminal , the blocklist being associated with the second user terminal ; checking by the session manager if a third user terminal is listed in the blocklist, wherein the first user terminal invited the second user terminal and the third user terminal to join the chat session and wherein the third user terminal joins the chat session after the second user terminal ; and in response to the check determining that the third user terminal is in the blocklist, sending by the session manager to the second user terminal a notification message to notify a user of the second user terminal that a blocked user is joining the chat session.
A network node for a wireless communication system , the network node including a processor and a transceiver , the processor being configured to: generate a plurality of random access grant signals, the random access grant signals including: at least one unoccupied radio network temporary identifier; and a resource allocation for an uplink communication request; assign the plurality of random access grant signals to one or more downlink transmit beams, wherein the plurality of random access grant signals are assigned to different downlink transmit beams; and code multiplex the plurality of random access grant signals; wherein the transceiver is configured to: periodically transmit the code-multiplexed plurality of random access grant signals on the one or more downlink transmit beams using a same time-frequency resource without a reception of a preamble sequence, wherein the code-multiplexed plurality of random access grant signals is used to initiate a random access procedure; and receive an uplink communication connection request from a user device on one of the resource allocations included in the code-multiplexed plurality of random access grant signals. generate a plurality of random access grant signals, the random access grant signals including: at least one unoccupied radio network temporary identifier; and a resource allocation for an uplink communication request; at least one unoccupied radio network temporary identifier; and a resource allocation for an uplink communication request; assign the plurality of random access grant signals to one or more downlink transmit beams, wherein the plurality of random access grant signals are assigned to different downlink transmit beams; and code multiplex the plurality of random access grant signals; wherein the transceiver is configured to: periodically transmit the code-multiplexed plurality of random access grant signals on the one or more downlink transmit beams using a same time-frequency resource without a reception of a preamble sequence, wherein the code-multiplexed plurality of random access grant signals is used to initiate a random access procedure; and receive an uplink communication connection request from a user device on one of the resource allocations included in the code-multiplexed plurality of random access grant signals. periodically transmit the code-multiplexed plurality of random access grant signals on the one or more downlink transmit beams using a same time-frequency resource without a reception of a preamble sequence, wherein the code-multiplexed plurality of random access grant signals is used to initiate a random access procedure; and receive an uplink communication connection request from a user device on one of the resource allocations included in the code-multiplexed plurality of random access grant signals.