mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a positive electrode for a battery cell, having an active material and a conductive additive, wherein the active material has a first number of, in particular, spherical active material particles with a first mean diameter, and wherein the conductive additive has a second number of, in particular, spherical conductive additive particles with a second mean diameter, characterized in that the active material and the conductive additive are provided in a first method step , the number of conductive additive particles being adjusted according to a ratio of the second mean diameter to the first mean diameter and the number of active material particles. wherein the active material has a first number of, in particular, spherical active material particles with a first mean diameter, and wherein the conductive additive has a second number of, in particular, spherical conductive additive particles with a second mean diameter, characterized in that the active material and the conductive additive are provided in a first method step , the number of conductive additive particles being adjusted according to a ratio of the second mean diameter to the first mean diameter and the number of active material particles.
A method for the treatment of wood particles for use in the production of alcoholic beverages, comprising the steps of: a) washing the wood particles with water under agitation at a temperature of at least 60°C; wherein the wood particles may optionally already be toasted, b) removing the water from the wood particles, c) the thermal drying of the wood particles, d) toasting the wood particles to obtain wood particles according to the invention, e) optionally the incubation of the wood particles according to the invention with an aroma-bearing liquid, subsequent removal of any supernatant aroma-bearing liquid and optionally the subsequent drying of the wood particles according to the invention to obtain aromatised wood particles according to the invention. a) washing the wood particles with water under agitation at a temperature of at least 60°C; wherein the wood particles may optionally already be toasted, b) removing the water from the wood particles, c) the thermal drying of the wood particles, d) toasting the wood particles to obtain wood particles according to the invention, e) optionally the incubation of the wood particles according to the invention with an aroma-bearing liquid, subsequent removal of any supernatant aroma-bearing liquid and optionally the subsequent drying of the wood particles according to the invention to obtain aromatised wood particles according to the invention.
A fastening bracket for ceiling edge formwork, comprising a base limb for fastening it to a ceiling formwork, a retaining limb arranged perpendicularly thereto for fastening a ceiling edge form plate, and nail traps arranged on the retaining limb for spaced retaining of a form plate of the ceiling edge formwork, wherein the base limb has an upper and a lower cover plate between which a truss or a strut is formed, wherein feet retaining the base limb spaced from the ceiling formwork are molded onto the lower cover plate , characterized in that the retaining limb is extended beyond the lower cover plate of the base limb by a spur with a same cross-section as the retaining limb .
A stretch film comprising a first layer and a second layer, wherein said first layer comprises: a metallocene linear low density polyethylene (m-LLDPE) with incorporated long chain branching (LCB) resin, and a lower density m-LLDPE resin, wherein the lower density m-LLDPE resin has a density ranging from about 0.900 g/cc to about 0.940 g/cc; wherein said second layer comprises a lower melt index m-LLDPE resin that has a melt index of no more than about 1.8 (g/10 min. @190°C); and wherein the stretch film has a total film thickness. a metallocene linear low density polyethylene (m-LLDPE) with incorporated long chain branching (LCB) resin, and a lower density m-LLDPE resin, wherein the lower density m-LLDPE resin has a density ranging from about 0.900 g/cc to about 0.940 g/cc;
A method for a first user apparatus, the method comprising: receiving (201, 4-1, 5-1', 6-5, 7-1, 8-10, 9-1', 10-5, 11-4) in the first user apparatus, over a one-way connection, both a message indicating connection establishment request for a two-way connection from a second user apparatus and caller information, other than calling party's contact information, the caller information being either a reference to a resource comprising content or the content, the content comprising real-time video stream captured and transmitted in a continuous manner by the second user apparatus from a user of the second user apparatus beginning at a point of time, or near the point of time the connection establishment request has been sent and continuing to be transmitted at least as long as the connection establishment request is pending; outputting (205, 4-8, 6-9, 7-10, 9-14, 10-7, 11-9) the received continuous video stream and indicating a user about the connection establishment request; and in response to receiving (4-9, 6-10, 7-11, 9-14, 10-8) a user input indicating a connection establishment acceptance, establishing the two-way connection. receiving (201, 4-1, 5-1', 6-5, 7-1, 8-10, 9-1', 10-5, 11-4) in the first user apparatus, over a one-way connection, both a message indicating connection establishment request for a two-way connection from a second user apparatus and caller information, other than calling party's contact information, the caller information being either a reference to a resource comprising content or the content, the content comprising real-time video stream captured and transmitted in a continuous manner by the second user apparatus from a user of the second user apparatus beginning at a point of time, or near the point of time the connection establishment request has been sent and continuing to be transmitted at least as long as the connection establishment request is pending; outputting (205, 4-8, 6-9, 7-10, 9-14, 10-7, 11-9) the received continuous video stream and indicating a user about the connection establishment request; and in response to receiving (4-9, 6-10, 7-11, 9-14, 10-8) a user input indicating a connection establishment acceptance, establishing the two-way connection.
A spinal band clamp comprising a housing ; a screw that extends through a top surface of the housing and into a cavity defined by the housing ; a band opening located within the housing and configured and dimensioned to receive a band ; an inserter opening located within the housing and configured and dimensioned to receive an inserter; and an anvil located within the cavity of the housing , and a ledge located on a bottom surface of the cavity. a housing ; a screw that extends through a top surface of the housing and into a cavity defined by the housing ; a band opening located within the housing and configured and dimensioned to receive a band ; an inserter opening located within the housing and configured and dimensioned to receive an inserter; and an anvil located within the cavity of the housing , and a ledge located on a bottom surface of the cavity.
Electrical connector assembly comprising an electrical connector with a connector housing and an electric conductor within the connector housing , an electrical mating connector with a mating connector housing and a mating electric conductor within the mating connector housing , the connectors are configured to be connected to each other in a first position at a respective connecting section by being moved along a plug direction towards each other, the connector housing further comprising a cable-side receptacle opening in a cable direction and receiving the electric conductor , and the mating connector housing comprising a contact-side receptacle opening in a contact direction and receiving the mating electric conductor , both receptacles being located at an end opposite the connecting section in the respective connector housing , wherein the connector housing and the mating connector housing are adapted to be plugged together in a second position , wherein in the second position one of the connector housing or the mating connector housing is rotated about the plug direction compared to the first position , wherein in the first position , the electric conductor received in the cable-side receptacle and the mating electric conductor received in the contact-side receptacle are substantially perpendicular to each other, whereas, in the second position , they are substantially parallel to each other and wherein a connector insert and/or a mating connector insert is provided which is/are adapted to be inserted into the according housing against the cable direction and/or the contact direction , respectively characterized in that the connector insert comprises a cable-side portion and a connector-side portion , the mating connector insert comprises a contact-side portion and the connector-side portion , the connector insert and/or the mating connector insert extend, if mounted to the according housing , from the connecting section to the receptacle being located at an end opposite the connecting section in the respective housing and in that the connector insert and/or the mating connector insert comprise a bending region allowing to set an angle between the two portions of the corresponding insert .
A method for wireless communication at a user equipment, UE (115-c), comprising: receiving a resource configuration for reception of a downlink transmission within a repetition window, the resource configuration including an indicator of a repetition window size for the downlink transmission; monitoring , in accordance with the resource configuration, one or more transmission time intervals, TTIs, of the repetition window for reception of the downlink transmission; attempting to decode the downlink transmission during the one or more TTIs of the repetition window based at least in part on the repetition window size and transmitting an indication of a capability of the UE, the capability indicating a maximum repetition window size supported by the UE, a timing within the repetition window for which the UE supports transmission of a first repetition of the grant-free downlink transmission, or combinations of the same, wherein the downlink transmission is a grant-free downlink transmission and wherein monitoring the one or more TTIs of the repetition window for reception of the grant-free downlink transmission comprises: monitoring for a first repetition of the grant-free downlink transmission during any TTI of the repetition window, wherein the repetition window comprises a plurality of TTIs. receiving a resource configuration for reception of a downlink transmission within a repetition window, the resource configuration including an indicator of a repetition window size for the downlink transmission; monitoring , in accordance with the resource configuration, one or more transmission time intervals, TTIs, of the repetition window for reception of the downlink transmission; attempting to decode the downlink transmission during the one or more TTIs of the repetition window based at least in part on the repetition window size and transmitting an indication of a capability of the UE, the capability indicating a maximum repetition window size supported by the UE, a timing within the repetition window for which the UE supports transmission of a first repetition of the grant-free downlink transmission, or combinations of the same, wherein the downlink transmission is a grant-free downlink transmission and wherein monitoring the one or more TTIs of the repetition window for reception of the grant-free downlink transmission comprises: monitoring for a first repetition of the grant-free downlink transmission during any TTI of the repetition window, wherein the repetition window comprises a plurality of TTIs.
A complex surgical device consisting of a ready-to-use assembly for performing an anastomosis in the intestine with an anvil and a circular stapler and protecting said anastomosis in the intestine comprising: (a) a protective device comprising an anchor element consisting of at least one stent capable of being temporarily anchored to the inner wall of the intestine upstream of the anastomosis and a flexible sheath , at least the upstream end of which is fixed to said stent, said sheath being capable of extending downstream of said anchor element and downstream of said anastomosis in order to allow said anastomosis to be protected, and (b) at least a first tube, called first guide tube , said stent being held in radial compression inside said first guide tube , said first guide tube being part of a guide tube of an introducer device or being reversibly attachable to an introducer device , said first guide tube being deformable in curvature with respect to its longitudinal axis (XX'), characterized in that said flexible sheath is stored, inside said first guide tube , the downstream end of said sheath being connected to said first guide tube or to a first connection piece independent of said first guide tube , said sheath being able to be deployed downstream of said stent by withdrawing the proximal end of said first guide tube or respectively to said first connection piece to which it is fixed. (a) a protective device comprising an anchor element consisting of at least one stent capable of being temporarily anchored to the inner wall of the intestine upstream of the anastomosis and a flexible sheath , at least the upstream end of which is fixed to said stent, said sheath being capable of extending downstream of said anchor element and downstream of said anastomosis in order to allow said anastomosis to be protected, and (b) at least a first tube, called first guide tube , said stent being held in radial compression inside said first guide tube , said first guide tube being part of a guide tube of an introducer device or being reversibly attachable to an introducer device , said first guide tube being deformable in curvature with respect to its longitudinal axis (XX'),
Agricultural baler comprising a baling chamber (C) and a pre-compression chamber , wherein the pre-compression chamber is adapted to gather crop material and to periodically form a slice of said crop material and introduce the slice towards the baling chamber into a first segment of the baling chamber, the baling chamber comprising a plunger (D) provided for reciprocally moving in the baling chamber, the reciprocal movement having a power movement and a retraction movement, wherein in use, during the power movement, slices of crop material are compressed into a bale and the bale is pushed through the baling chamber, the baling chamber further comprising at least one movable wall for exercising a compression force to the crop material in a direction substantially transverse to the propelling movement so that, in use, the at least one movable wall provides a counterpressure for the propelling through the baling chamber of the bale, wherein the at least one movable wall comprises a hydraulic actuator for moving the wall, characterized in that the agricultural baler further comprises a controller adapted to control the hydraulic actuator for compressing the crop material in the direction transverse to the propelling movement and for decreasing said compression force at a predetermined moment (t x ) of the power movement to reduce said counterpressure by adjusting a position of the at least one movable wall , wherein the predetermined moment (t x ) is related to the moment where the power movement initiates the propelling through the baling chamber of the bale.
An eCig power supply portion comprising: a sub-assembly housing including an upper sub-assembly housing portion including a first portion of an integral locking feature , and a lower sub-assembly housing portion including a second portion of the integral locking feature coupled to the first portion of the integral locking feature , wherein the at least one of the upper and lower sub-assembly housing portions include a second keying feature along an exterior surface; and an exterior tube with a first keying feature along an interior surface of the tube , wherein the second keying feature configured and arranged to mate to the first keying feature of the exterior tube , and to axially align the sub-assembly housing within the exterior tube . a sub-assembly housing including an upper sub-assembly housing portion including a first portion of an integral locking feature , and a lower sub-assembly housing portion including a second portion of the integral locking feature coupled to the first portion of the integral locking feature , wherein the at least one of the upper and lower sub-assembly housing portions include a second keying feature along an exterior surface; and an upper sub-assembly housing portion including a first portion of an integral locking feature , and a lower sub-assembly housing portion including a second portion of the integral locking feature coupled to the first portion of the integral locking feature , wherein the at least one of the upper and lower sub-assembly housing portions include a second keying feature along an exterior surface; and an exterior tube with a first keying feature along an interior surface of the tube , wherein the second keying feature configured and arranged to mate to the first keying feature of the exterior tube , and to axially align the sub-assembly housing within the exterior tube .
A receiving device (301, 104 1 , 104 2 , 104 3 ...104 n ) comprising: a transceiver circuit (110 1 ... 110 n ); and, a processing circuit (112 1 ... 112 n ) including a processor (118 1 ...118 n ) coupled to a memory (120 1 ...120 n ) that stores processor-executable instructions, characterized in that the processor interfaces with the memory to execute the processor-executable instructions to cause the transceiver circuit to: receive, on a common channel dimensioned for extended coverage, repeated radio blocks, wherein each of the repeated radio blocks includes an indicator that indicates a coverage class, wherein the coverage class indicates a number of the repeated radio blocks. a transceiver circuit (110 1 ... 110 n ); and, a processing circuit (112 1 ... 112 n ) including a processor (118 1 ...118 n ) coupled to a memory (120 1 ...120 n ) that stores processor-executable instructions, characterized in that the processor interfaces with the memory to execute the processor-executable instructions to cause the transceiver circuit to: receive, on a common channel dimensioned for extended coverage, repeated radio blocks, wherein each of the repeated radio blocks includes an indicator that indicates a coverage class, wherein the coverage class indicates a number of the repeated radio blocks.
A method of recording, on a computer having a processor, writes pending within a storage set provided by at least one storage device , the method comprising: executing on the processor instructions configured to: on the at least one storage device , generate a region descriptor apportioning the storage set stored on the storage device into at least two regions according to a region size; upon receiving a data set to be stored at a location in the storage set: identify a region within the storage set comprising the location of the data set; mark the region as dirty in the region descriptor ; and initiate storing the data set at the location in the storage set; after storing the data set at the location in the storage set, mark the region as clean in the region descriptor , characterized in that an integrity of the region descriptor is verified according to a verifier stored with the region descriptor before initiating a cleaning task based on the region descriptor and, if part of the region descriptor is found to be unverifiable, a recovery is performed by using the verifiable portions of the region descriptor , and by performing a full cleaning of the regions represented in the unverifiable portion of the region descriptor . on the at least one storage device , generate a region descriptor apportioning the storage set stored on the storage device into at least two regions according to a region size; upon receiving a data set to be stored at a location in the storage set: identify a region within the storage set comprising the location of the data set; mark the region as dirty in the region descriptor ; and initiate storing the data set at the location in the storage set; after storing the data set at the location in the storage set, mark the region as clean in the region descriptor , characterized in that an integrity of the region descriptor is verified according to a verifier stored with the region descriptor before initiating a cleaning task based on the region descriptor and, if part of the region descriptor is found to be unverifiable, a recovery is performed by using the verifiable portions of the region descriptor , and by performing a full cleaning of the regions represented in the unverifiable portion of the region descriptor . identify a region within the storage set comprising the location of the data set; mark the region as dirty in the region descriptor ; and initiate storing the data set at the location in the storage set; after storing the data set at the location in the storage set, mark the region as clean in the region descriptor , characterized in that an integrity of the region descriptor is verified according to a verifier stored with the region descriptor before initiating a cleaning task based on the region descriptor and, if part of the region descriptor is found to be unverifiable, a recovery is performed by using the verifiable portions of the region descriptor , and by performing a full cleaning of the regions represented in the unverifiable portion of the region descriptor .
Ionic polymerisation cascade process for the polymerisation of a liquid monomer(s) containing reaction mixture in a polymerisation system comprising a first homogenising prepolymerisation unit ("HPPU") and a second polymerisation unit in series wherein the polymerisation reaction starts in the HPPU and continues in the second polymerisation unit consisting of a polymerisation loop, a coolant loop and a heat exchanger reactor system ("HERS") which is shared amongst the polymerisation loop and the coolant loop, characterised in that - the HERS has a ratio of surface area to reaction mixture volume ("S/V" expressed in m2/m3) higher than 10 and lower than 450, and - the HPPU has a ratio of surface area to reaction mixture volume ("S/V" expressed in m2/m3) higher than 600, for example comprised between 1000 and 5000, and - the ratio between the residence time of the reaction mixture in the first homogenising prepolymerisation unit and the residence time of the reaction mixture in the second polymerisation unit is comprised between 0.01 % and 5 %, preferably between 0.1 % and 2 %, for example between 0.1 % and 1 %. - the HERS has a ratio of surface area to reaction mixture volume ("S/V" expressed in m2/m3) higher than 10 and lower than 450, and - the HPPU has a ratio of surface area to reaction mixture volume ("S/V" expressed in m2/m3) higher than 600, for example comprised between 1000 and 5000, and - the ratio between the residence time of the reaction mixture in the first homogenising prepolymerisation unit and the residence time of the reaction mixture in the second polymerisation unit is comprised between 0.01 % and 5 %, preferably between 0.1 % and 2 %, for example between 0.1 % and 1 %.