mhurhangee/patent-ind-claim-en huggingface dataset:
Clutch for selectively connecting a first shaft to a second shaft , wherein the clutch is configured to maintain either a closed state, in which a non-positive connection between the two shafts is produced, or an open state, in which the two shafts are disconnected from one another, without application of an external force, wherein the clutch can be shifted from the closed state to the open state and vice versa by means of an actuator , wherein the clutch has a pressure piece which can be moved along a track by means of the actuator and which exerts a force on an axially displaceable pressure element which is connected to the first shaft in a rotationally fixed manner, such that the pressure element is either pressed against a friction element , which is connected to the second shaft , in the closed state or is spaced apart from the friction element in the open state, characterized in that the actuator is configured to displace a first transmission component which is coupled to a second transmission component in such a way that displacement of the first transmission component makes it possible for the pressure piece to be moved along the track by the second transmission component, in order to shift the clutch from the closed state to the open state and vice versa. wherein the clutch can be shifted from the closed state to the open state and vice versa by means of an actuator , wherein the clutch has a pressure piece which can be moved along a track by means of the actuator and which exerts a force on an axially displaceable pressure element which is connected to the first shaft in a rotationally fixed manner, such that the pressure element is either pressed against a friction element , which is connected to the second shaft , in the closed state or is spaced apart from the friction element in the open state, characterized in that the actuator is configured to displace a first transmission component which is coupled to a second transmission component in such a way that displacement of the first transmission component makes it possible for the pressure piece to be moved along the track by the second transmission component, in order to shift the clutch from the closed state to the open state and vice versa.
A center ring arrangeable on a refining disc of a defibrator for refining of fibrous material, wherein said center ring comprises a circumferential outer surface , a circumferential inner surface and a centrally located through-hole adapted to receive fibrous material fed from a feeding device, wherein said outer surface is provided with a circumferentially running groove opening up on the outer surface and being adapted to collect steam produced during operation of said defibrator , characterized in that the center ring further comprises a plurality of wings provided on said inner surface and a number of channels extending from said groove to the positions on said inner surface where said wings are provided.
Drafting compasses comprising two legs that are mounted in a pivotable manner about an axis of rotation (A-A) substantially perpendicular to the plane in which the legs extend, a clevis accommodating an articulated end of each leg and comprising at least one wing covering the articulated end of each leg , a holding member designed to keep the legs and the clevis in the assembled state, a locking device having a lever , characterized in that the lever is mounted so as to rotate about the axis of rotation (A-A) of said legs and is kept in the assembled state with the legs and the clevis by the holding member , the lever being designed to pass from a rest position, in which the rotational movement of the legs is free, to a locking position, in which the position of the legs is locked by application of a force to the wing of the clevis such that the wing of the clevis constrains each articulated end of the legs accommodated in the clevis , characterized in that : - the clevis comprises an outer surface on which at least one ascending ramp is formed, and the lever has at least one stud configured to cooperate with said ramp , the stud moving in the direction of rotation of the lever on the ascending ramp when the lever passes from the rest position to the locking position, or - the clevis comprises an outer surface on which at least one stud is formed, and the lever has a ramp on a part of an outer surface that is positioned facing the clevis. - the clevis comprises an outer surface on which at least one ascending ramp is formed, and the lever has at least one stud configured to cooperate with said ramp , the stud moving in the direction of rotation of the lever on the ascending ramp when the lever passes from the rest position to the locking position, or - the clevis comprises an outer surface on which at least one stud is formed, and the lever has a ramp on a part of an outer surface that is positioned facing the clevis.
A combustion chamber module for a fuel-operated vehicle heating device, comprising a combustion chamber housing having a combustion chamber defined by a circumferential wall and a flame tube that follows the circumferential wall in the direction of a housing longitudinal axis (L) and encloses a waste gas flow space that is open in the direction of the housing longitudinal axis (L), wherein a waste gas backflow space is formed between the flame tube and a housing enclosing the latter, wherein heat transfer fins are provided on the housing projecting into the waste gas backflow space and wherein the waste gas flow space is open towards the waste gas backflow space in a first axial end region of the waste gas backflow space , characterized - in that a catalytic converter arrangement through which combustion waste gases flowing in the waste gas backflow space may flow is provided in the waste gas backflow space , - in that the catalytic converter arrangement is embodied annularly surrounding the housing longitudinal axis (L), and is arranged in the waste gas backflow space following the heat transfer fins , - in that a heating device is provided for heating the catalytic converter arrangement , wherein the heating device has a heating region annularly surrounding the housing longitudinal axis (L), and - in that the heating region is arranged between the catalytic converter arrangement and the heat transfer fins and is in heat transfer contact with the catalytic converter arrangement and the heat transfer fins . - in that a catalytic converter arrangement through which combustion waste gases flowing in the waste gas backflow space may flow is provided in the waste gas backflow space , - in that the catalytic converter arrangement is embodied annularly surrounding the housing longitudinal axis (L), and is arranged in the waste gas backflow space following the heat transfer fins , - in that a heating device is provided for heating the catalytic converter arrangement , wherein the heating device has a heating region annularly surrounding the housing longitudinal axis (L), and - in that the heating region is arranged between the catalytic converter arrangement and the heat transfer fins and is in heat transfer contact with the catalytic converter arrangement and the heat transfer fins .
An assembly for insulating a floor with beams over a crawlspace comprising a plurality of insulation panels of a shear wall , the panels being based on an insulating material, wherein the insulation assembly further comprises at least one support part with a shape suited to be placed astride the shear wall , the support part being provided with support members suited to carry, by impalement, two of said panels respectively applied against either side of the shear wall , the support part having an omega-like general shape, i.e. shaped as a U with projecting lateral legs forming the support members .
A washing machine comprising: a cabinet having a washing space disposed therein and a first opening through which laundry can be inserted into the washing space ; and a door assembly configured to open and close the first opening , wherein the door assembly includes: a second opening through which laundry or detergent can be inserted into the washing space ; a door unit that corresponds to the first opening and includes a door body ; and an auxiliary door disposed to be slidable with respect to the door body of the door unit and configured to open the second opening by sliding into the door body of the door unit and to close the second opening by sliding out from the door body of the door unit . a cabinet having a washing space disposed therein and a first opening through which laundry can be inserted into the washing space ; and a door assembly configured to open and close the first opening , wherein the door assembly includes: a second opening through which laundry or detergent can be inserted into the washing space ; a door unit that corresponds to the first opening and includes a door body ; and an auxiliary door disposed to be slidable with respect to the door body of the door unit and configured to open the second opening by sliding into the door body of the door unit and to close the second opening by sliding out from the door body of the door unit . a second opening through which laundry or detergent can be inserted into the washing space ; a door unit that corresponds to the first opening and includes a door body ; and an auxiliary door disposed to be slidable with respect to the door body of the door unit and configured to open the second opening by sliding into the door body of the door unit and to close the second opening by sliding out from the door body of the door unit .
An apparatus for generating X-rays, comprising: - an X-ray source ; - a power supply ; - a processing unit ; wherein, the power supply is configured to produce a voltage; wherein, the X-ray source comprises a cathode and an anode , wherein the cathode is positioned relative to the anode, and the cathode and anode are operable such that electrons emitted from the cathode interact with the anode with energies corresponding to the voltage, and wherein the electrons interact with the anode to generate X-rays, wherein, the processing unit is configured to control the X-ray source, such that a plurality of first X-ray pulses is generated each having a first X-ray flux, wherein the first X-ray pulses are temporally separated from each other; wherein, the processing unit is configured to control the X-ray source, such that at least one second X-ray pulse is generated having a second X-ray flux that is substantially less than the first X-ray flux; wherein, an energy spectrum of the X-rays in the plurality of first X-ray pulses is substantially the same as an energy spectrum of the X-rays in the at least one second X-ray pulse; and wherein, the processing unit is configured such that the at least one second X-ray pulse is generated temporally between two consecutive pulses of the first X-ray pulses characterized in that the X-ray source comprises a switch configured to inhibit the interaction of electrons between the cathode and the anode and the processing unit is configured to control the X-ray source by controlling the switch. - an X-ray source ; - a power supply ; - a processing unit ;
Battery cell module , in particular for use in a motor vehicle and/or in a stationary energy store, comprising a lower shell with at least one receptacle for connection to a battery cell and at least one cylindrical battery cell with a longitudinal axis , a first longitudinal end and a second longitudinal end , wherein the first longitudinal end is fixed in a receptacle of the lower shell , and wherein the battery cell module is free of an upper shell, characterized in that the battery cell comprises at least one cooling element , which is in the form of a cooling fin extending along the longitudinal axis .
Nesting and/or settlement box for flying animals, such as swifts or bats, wherein the nesting or settlement box can be integrated in a thermal insulation composite layer of a building and has a box part with walls , which delimit at least one interior cavity , and wherein the front wall of the box part contains at least one entrance hole , which forms an access to the interior cavity , characterized in that the front wall of the box part has connected to it a plaster-in fabric , which at least partially covers over the front-side surface of the front wall , said front-side surface being directed away from the interior cavity , and, for the purpose of being plastered in to a plaster layer on thermal-insulation elements of the thermal insulation composite layer , said thermal-insulation elements being adjacent to the box part , projects laterally beyond the outer edge of the front-side surface of the front wall of the box part .
A process for deodorizing polymeric material selected from the group consisting of polyolefins, mixtures thereof, and polystyrene, said process comprising the steps of: - feeding a mixture of polymeric material and water, wherein said polymeric material constitutes from 75 to 95 wt.% and water from 25 to 5 wt.% of said mixture, to a twin-screw extruder having an LID ratio between 1.25 and 1.50 and kept at a temperature between 180 and 260 °C, - extruding from said twin-screw extruder a melt consisting of 97 to 99 wt.% of polymeric material and 3 to 1 wt.% of water, - feeding said melt to a single-screw extruder having an LID ratio between 20 and 32 and kept at a temperature between 180 and 260 °C, so as to obtain an extruded product, - feeding said extruded product to a granulator which produces granules of polymeric material containing not more than 0.3 wt.% of water, - feeding said granules of polymeric material to the top of a silo provided with a vertical axis feeding device , in countercurrent with a flow of air having a temperature between 80 and 90 °C and a flow rate between 4 and 13 m 3 /kg of granules of polymeric material, and - obtaining deodorized granules of polymeric material. - feeding a mixture of polymeric material and water, wherein said polymeric material constitutes from 75 to 95 wt.% and water from 25 to 5 wt.% of said mixture, to a twin-screw extruder having an LID ratio between 1.25 and 1.50 and kept at a temperature between 180 and 260 °C, - extruding from said twin-screw extruder a melt consisting of 97 to 99 wt.% of polymeric material and 3 to 1 wt.% of water, - feeding said melt to a single-screw extruder having an LID ratio between 20 and 32 and kept at a temperature between 180 and 260 °C, so as to obtain an extruded product, - feeding said extruded product to a granulator which produces granules of polymeric material containing not more than 0.3 wt.% of water, - feeding said granules of polymeric material to the top of a silo provided with a vertical axis feeding device , in countercurrent with a flow of air having a temperature between 80 and 90 °C and a flow rate between 4 and 13 m 3 /kg of granules of polymeric material, and - obtaining deodorized granules of polymeric material.
An end effector for determining blood pressure, comprising: a pair of jaw members , a first jaw member of the pair of jaw members including: a jaw body ; a piston coupled to the jaw body and configured to move relative to the jaw body to apply pressure to tissue disposed between the pair of jaw members; a first inflatable member coupled to the piston; and a first pressure sensor associated with the first inflatable member, the first pressure sensor configured to detect pressure fluctuations caused by blood flowing through tissue disposed between the pair of jaw members. a jaw body ; a piston coupled to the jaw body and configured to move relative to the jaw body to apply pressure to tissue disposed between the pair of jaw members; a first inflatable member coupled to the piston; and a first pressure sensor associated with the first inflatable member, the first pressure sensor configured to detect pressure fluctuations caused by blood flowing through tissue disposed between the pair of jaw members.
A diagnostic analyzer comprising: a rotating device having a first darkened compartment , a second darkened compartment , and an optical path along which the first darkened compartment and the second darkened compartment travel; a first optical reader ; and a second optical reader ; wherein the first optical reader is operable to read the first darkened compartment and the second optical reader is operable to read the second darkened compartment , and the first and second optical readers and the first and second darkened compartments are positioned relative to one another so that when the first darkened compartment is aligned with the first optical reader the second darkened compartment is aligned with the second optical reader . a rotating device having a first darkened compartment , a second darkened compartment , and an optical path along which the first darkened compartment and the second darkened compartment travel; a first optical reader ; and a second optical reader ; wherein the first optical reader is operable to read the first darkened compartment and the second optical reader is operable to read the second darkened compartment , and the first and second optical readers and the first and second darkened compartments are positioned relative to one another so that when the first darkened compartment is aligned with the first optical reader the second darkened compartment is aligned with the second optical reader .
Apparatus , configured and adapted for separating materials of different flowability that are mixed together, comprising a frame or frame structure ; a hollow drum which is mounted on the frame structure and driven in rotation in the rotational direction (U) and has a perforated peripheral surface (M) and at least one at least partially open end face (S V , S H ); a continuous press belt which can be pressed from the outside onto the peripheral surface when wrapped around part of the circumference of the hollow drum and which is driven in circulation in the conveying direction F; a product intake wedge formed by the press belt and hollow drum , for conducting a product stream, consisting of a product to be pressed, into the apparatus between the hollow drum and the press belt in an inlet area or inlet zone (E) of the product stream; and a device for discharging separated product pressed from the outside through the perforated peripheral surface (M) into the hollow or hollow chamber (H) of the hollow drum from the at least partially open end face (S V , S H ) of the hollow drum ; characterized in that the device for discharging the separated product comprises a scraping element which is arranged in the upper region of the hollow drum , in particular in a position that corresponds at least substantially to the 12 o'clock position, and which comprises at least one scraping element section , wherein the scraping element section is a first scraping element section which is adjacent to the inside of the peripheral surface and has a tilt angle (α) of more than 90° to the tangential plane of the peripheral surface against the direction of rotation.
Reclosable pouring element for cardboard/plastic composite packages, in particular beverage packages, with a base element having a circumferential fastening flange as well as an external thread, with opening means arranged at least in the unopened state of the pouring element in the interior of the base element and with a screw cap with internal thread, wherein the opening means are designed such that when the composite package is initially opened by unscrewing the screw cap by breaking the composite material of the package or a barrier layer located in the base element, a pour opening is created inside the pouring element and wherein at least one tamper-evident seal is arranged between the base element and the screw cap , characterised in that an anchor ring is arranged below the screw cap and is connected to the screw cap via a hinge in a rotationally fixed manner and in that the tamper-evident seal consists of an indicating element , whose one end is fixedly connected to the anchor ring or the screw cap and in which the other end is connected to the anchor ring by means of a predetermined breaking point in such manner that the predetermined breaking point of at least one mandrel element arranged on the fastening flange is broken when the screw cap is unscrewed and thus indicates to the consumer that an initial opening has already taken place.
A method for using demodulation reference signals, DM-RSs, to obtain channel state information, CSI, for a precoder selection, the method comprising: receiving a DM-RS in at least one subframe ; determining the CSI based on the DM-RS ; demodulating user data received during the at least one subframe using the DM-RS, characterized in that the method further comprises: predicting equivalent channels of a subset of a codebook, given the CSI obtained from the DM-RS, and selecting a precoder, including a rank and a precoding matrix, that maximizes at least one of a signal-to-interference-plus-noise ratio, SINR, and a throughput in the subset of the codebook of the predicted equivalent channels; and estimating a variation of a transmitter imbalance between sounding reference signal, SRS, transmissions and DM-RS transmissions; and using at least one of the estimated variation of the transmitter imbalance and the CSI obtained from the DM-RS to perform the precoder selection. receiving a DM-RS in at least one subframe ; determining the CSI based on the DM-RS ; demodulating user data received during the at least one subframe using the DM-RS, characterized in that the method further comprises: predicting equivalent channels of a subset of a codebook, given the CSI obtained from the DM-RS, and selecting a precoder, including a rank and a precoding matrix, that maximizes at least one of a signal-to-interference-plus-noise ratio, SINR, and a throughput in the subset of the codebook of the predicted equivalent channels; and estimating a variation of a transmitter imbalance between sounding reference signal, SRS, transmissions and DM-RS transmissions; and using at least one of the estimated variation of the transmitter imbalance and the CSI obtained from the DM-RS to perform the precoder selection. predicting equivalent channels of a subset of a codebook, given the CSI obtained from the DM-RS, and selecting a precoder, including a rank and a precoding matrix, that maximizes at least one of a signal-to-interference-plus-noise ratio, SINR, and a throughput in the subset of the codebook of the predicted equivalent channels; and estimating a variation of a transmitter imbalance between sounding reference signal, SRS, transmissions and DM-RS transmissions; and using at least one of the estimated variation of the transmitter imbalance and the CSI obtained from the DM-RS to perform the precoder selection.