mhurhangee/patent-ind-claim-en huggingface dataset:
Drawing assembly for drawing machines for metal products (B), comprising drawing clamps , each selectively clampable in a housing seating of a corresponding link of a track , by means of corresponding rapid attachment/detachment means , said rapid attachment/detachment means comprising at least a clamping element and an activation element , said clamping element comprising a cam profile able to cooperate with a mating cam surface of a guide portion of the activation element , and said activation element being mobile in a direction of thrust (S), substantially orthogonal to a longitudinal axis (Z) of said clamping element , between a first position, in which said clamping element is in an active position and clamps one of said drawing clamps to a corresponding link , and a second position, in which said clamping element is in an inactive position and frees said clamp from the link , and wherein said cam profile of the clamping element comprises a flat support wall angled with respect to said direction of thrust (S) and said cam surface of the activation element comprises a sliding flat wall , also angled with respect to said direction of thrust (S) and substantially parallel to said flat wall , characterized in that said clamping element comprises a hollow inside which said guide portion of the activation element slides in a guided manner, with said sliding flat wall in contact at the top with said flat support wall of the clamping element , in that said hollow is defined by said flat support wall and by a mating inclined wall , positioned on opposite sides of said hollow and joined by a bottom wall , transverse to them both, and in that said inclined wall is essentially parallel to said flat support wall .
A host cell comprising at least one heterologous nucleic acid sequence encoding a Killer Expression protease (Kex2p), at least one heterologous nucleic acid sequence encoding an Endoplasmic Reticulum Oxidoreductin (Erol), and at least one heterologous nucleic acid sequence encoding a Protein Disulfide-Isomerase (Pdil), wherein said host cell is a yeast cell which is Saccharomyces cerevisiae BXP10.
Vulcanizing mould for a pneumatic vehicle tyre which has a tread with profile positives with sipes running parallel to one another or substantially parallel to one another, having mould parts which form the tread and in which there are anchored lamellar plates which form sipes and which are equipped with profile webs which form grooves, wherein the lamellar plates each have an anchoring part situated within the mould part and have a part which forms the sipe in the tread, and wherein, in the case of the lamellar plates , in each case at least one ventilation channel runs into the mould part proceeding from the inner side of the mould part , characterized in that the ventilation channel is formed at the anchoring position of the lamellar plate , extends in each case through the anchoring part of the lamellar plate in a radial direction, and has a width (b 1 ) of 0.05 mm to 0.30 mm within the anchoring part of the lamellar plate , wherein, in that part of the lamellar plate which forms the sipe, in a continuation of the ventilation channel , there is formed a cutout which has a depth (T 1 ) which amounts to 1.0 mm to 12.0 mm proceeding from the inner side of the mould part .
A projection frame eyelid heater , comprising: a heating element having first and second heat producing areas separated by a distance corresponding to a separation of human eyes and having first and second ends, said heating element producing heat in response to an application of a voltage thereto; a frame including a left temple attachment portion and a right temple attachment portion each having a respective back portion (914/994) extending downward and inward, a left eyelid chassis portion , an intermediate chassis portion , and a right eyelid chassis portion , wherein said intermediate chassis portion connects said left eyelid chassis portion and said right eyelid chassis portion and a plurality of flexible standoffs for attaching the heating element to the frame such that the projection frame eyelid heater disposes said first and second heat producing areas adjacent to the surface of said human eyes while avoiding placing any significant pressure on the eyelids characterized in that the distance of each of said left eyelid portion and said right eyelid portion with respect to said intermediate chassis portion is adjustable in a direction from the user's nose toward the user's left and right eyes respectively a heating element having first and second heat producing areas separated by a distance corresponding to a separation of human eyes and having first and second ends, said heating element producing heat in response to an application of a voltage thereto; a frame including a left temple attachment portion and a right temple attachment portion each having a respective back portion (914/994) extending downward and inward, a left eyelid chassis portion , an intermediate chassis portion , and a right eyelid chassis portion , wherein said intermediate chassis portion connects said left eyelid chassis portion and said right eyelid chassis portion and a plurality of flexible standoffs for attaching the heating element to the frame such that the projection frame eyelid heater disposes said first and second heat producing areas adjacent to the surface of said human eyes while avoiding placing any significant pressure on the eyelids characterized in that the distance of each of said left eyelid portion and said right eyelid portion with respect to said intermediate chassis portion is adjustable in a direction from the user's nose toward the user's left and right eyes respectively
An isolated monoclonal antibody or antigen binding fragment thereof comprising a heavy chain variable domain and a light chain variable domain, wherein the heavy chain variable domain comprises a heavy chain complementarity determining region (HCDR)1, an HCDR2 and an HCDR3, and wherein the light chain variable domain comprises a light chain complementarity determining region (LCDR)1, an LCDR2 and an LCDR3, wherein the heavy chain variable domain comprises the HCDR1, HCDR2 and HCDR3 of SEQ ID NO: 1 as determined using a method of Paratome, Kabat, Chothia or IMGT, and wherein the light chain variable domain comprises the LCDR1, LCDR2 and LCDR3 of SEQ ID NO: 2, as determined using the method of Paratome, Kabat, Chothia or IMGT, and wherein the HCDR1, HCDR2, HCDR3, LCDR1, LCDR2 and LCDR3 are determined using the same method, and wherein the monoclonal antibody specifically binds emtricitabine (FTC). wherein the heavy chain variable domain comprises a heavy chain complementarity determining region (HCDR)1, an HCDR2 and an HCDR3, and wherein the light chain variable domain comprises a light chain complementarity determining region (LCDR)1, an LCDR2 and an LCDR3, wherein the heavy chain variable domain comprises the HCDR1, HCDR2 and HCDR3 of SEQ ID NO: 1 as determined using a method of Paratome, Kabat, Chothia or IMGT, and wherein the light chain variable domain comprises the LCDR1, LCDR2 and LCDR3 of SEQ ID NO: 2, as determined using the method of Paratome, Kabat, Chothia or IMGT, and wherein the HCDR1, HCDR2, HCDR3, LCDR1, LCDR2 and LCDR3 are determined using the same method, and wherein the monoclonal antibody specifically binds emtricitabine (FTC).
A method of wireless communication, comprising: transmitting a configuration message, by a base station to a user equipment, UE , that configures the UE , according to one or more antenna switching constraints, with multiple sounding reference signal, SRS, resource sets for antenna switching by the UE , where an SRS resource set is a collection of SRS resources that have the same power control information; and receiving one or more SRS, by the base station , transmitted by the UE according to the configuration of the multiple SRS resource sets; and receiving, by the base station from the UE , a capability message indicating the antenna switching constraints, wherein the one or more antenna switching constraints includes an antenna switching constraint that the UE will not be configured to transmit SRS resources from multiple SRS resource sets for antenna switching on a same slot. transmitting a configuration message, by a base station to a user equipment, UE , that configures the UE , according to one or more antenna switching constraints, with multiple sounding reference signal, SRS, resource sets for antenna switching by the UE , where an SRS resource set is a collection of SRS resources that have the same power control information; and receiving one or more SRS, by the base station , transmitted by the UE according to the configuration of the multiple SRS resource sets; and receiving, by the base station from the UE , a capability message indicating the antenna switching constraints, wherein the one or more antenna switching constraints includes an antenna switching constraint that the UE will not be configured to transmit SRS resources from multiple SRS resource sets for antenna switching on a same slot.
A solar composition comprising: - an aqueous phase; - a fatty phase; - hydroxypropyl starch phosphate (INCI); - sodium starch octenylsuccinate (INCI) ; - at least one solar filter derived from triazine characterised in that the fatty phase represents between 20% and 70% of the total weight of the composition and in that the composition is free of emulsifier. - an aqueous phase; - a fatty phase; - hydroxypropyl starch phosphate (INCI); - sodium starch octenylsuccinate (INCI) ; - at least one solar filter derived from triazine characterised in that the fatty phase represents between 20% and 70% of the total weight of the composition and in that the composition is free of emulsifier.
A composite profile for a window or a door, at least comprising - A plastic basic profile and - an inner add-on metal profile , wherein - the inner add-on metal profile and the plastic basic profile each comprise means , which together form a latching function, so that the inner add-on metal profiles and the plastic basic profile are connectable to one another through the latching function, - the inner add-on metal profile is an extruded profile, - and the inner add-on metal profile comprises, in the installation position, an outer surface which is oriented at least approximately vertically, - the inner add-on metal profile comprises a hook , which in the installation position together with a means of the plastic basic profile forms a latching function, - the hook , on the side facing away from the means of the plastic basic profile , has a hook surface oriented at least approximately perpendicularly to the outer surface oriented vertically, - and in the latched state between the inner add-on metal profile and the plastic basic profile on the side of the hook facing away from the means of the plastic basic profile , a gap is located, wherein this gap serves for fastening attachment parts, - characterized in that the plastic basic profile comprises an overhang , which in the latched state runs at least approximately parallel to the hook surface and partially overlaps the same in the horizontal direction. - A plastic basic profile and - an inner add-on metal profile , wherein - the inner add-on metal profile and the plastic basic profile each comprise means , which together form a latching function, so that the inner add-on metal profiles and the plastic basic profile are connectable to one another through the latching function, - the inner add-on metal profile is an extruded profile, - and the inner add-on metal profile comprises, in the installation position, an outer surface which is oriented at least approximately vertically, - the inner add-on metal profile comprises a hook , which in the installation position together with a means of the plastic basic profile forms a latching function, - the hook , on the side facing away from the means of the plastic basic profile , has a hook surface oriented at least approximately perpendicularly to the outer surface oriented vertically, - and in the latched state between the inner add-on metal profile and the plastic basic profile on the side of the hook facing away from the means of the plastic basic profile , a gap is located, wherein this gap serves for fastening attachment parts, - characterized in that
A method for digitizing a continuous bit stream in communication system that is nonsynchronous of said bit stream, for a transmission between a first transmitting apparatus and a second receiving apparatus , the initial continuous bit stream being digitized by the first transmitting apparatus by using an emission clock signal into a binary data sequence to be transmitted at a nominal frequency corresponding to a set clock period, the binary data to be transmitted being encapsulated in at least one transport frame, said frame being sent to the second receiving apparatus , the method, implemented by a processor of the first transmitting apparatus , the emission clock signal being defined by emission clock cycles, the method being characterized in that it includes steps consisting of: - estimating (30-38) a mean emission clock period value of the data sequence, comprising estimating the duration of each emission clock cycle of the binary data sequence to be transmitted and calculating a deviation between the set clock period and said calculated duration for each emission clock cycle, - inserting , in a predetermined field of the transport frame, information representative of the mean period of the emission clock period, making it possible to restore, in the second receiving apparatus , said mean emission clock period value of the data sequence. - estimating (30-38) a mean emission clock period value of the data sequence, comprising estimating the duration of each emission clock cycle of the binary data sequence to be transmitted and calculating a deviation between the set clock period and said calculated duration for each emission clock cycle, - inserting , in a predetermined field of the transport frame, information representative of the mean period of the emission clock period, making it possible to restore, in the second receiving apparatus , said mean emission clock period value of the data sequence.
A device for air purification for a passenger transportation means, comprising: a detection device configured to detect a presence and/or a state of health of a person in a person rest area ; an air extraction duct having: - an inlet arrangeable or arranged for extracting exhaled air from a breathing zone of the person rest area ; - a conveying device for conveying the air through the air extraction duct ; - a purification device for inactivating pathogens in the air conveyed through the air extraction duct ; and a control unit configured to operate the conveying device and/or the purification device as a function of a detection of the detection device ; wherein the detection device is configured to detect a body temperature of the person in the person rest area , preferably by means of a thermal imaging camera and/or a non-contact fever thermometer; and wherein the control unit is configured to increase a conveying capacity of the conveying device and/or a cleaning capacity of the purification device if an increased body temperature, preferably from about 37.5 °C, or fever, preferably from about 38.5 °C, is detected by the detection device . a detection device configured to detect a presence and/or a state of health of a person in a person rest area ; an air extraction duct having: - an inlet arrangeable or arranged for extracting exhaled air from a breathing zone of the person rest area ; - a conveying device for conveying the air through the air extraction duct ; - a purification device for inactivating pathogens in the air conveyed through the air extraction duct ; and - an inlet arrangeable or arranged for extracting exhaled air from a breathing zone of the person rest area ; - a conveying device for conveying the air through the air extraction duct ; - a purification device for inactivating pathogens in the air conveyed through the air extraction duct ; and a control unit configured to operate the conveying device and/or the purification device as a function of a detection of the detection device ; wherein the detection device is configured to detect a body temperature of the person in the person rest area , preferably by means of a thermal imaging camera and/or a non-contact fever thermometer; and wherein the control unit is configured to increase a conveying capacity of the conveying device and/or a cleaning capacity of the purification device if an increased body temperature, preferably from about 37.5 °C, or fever, preferably from about 38.5 °C, is detected by the detection device .
A class D amplifier system having a class D amplifier and comprising a series arrangement of a comparator , a loop filter , an adjustable gain stage , a power amplifier stage and a reconstruction filter , and a feedback path arranged between the output of the reconstruction filter and the comparator and a gain calibration controller , wherein the gain calibration controller input is coupled to the reconstruction filter output and the gain calibration controller output is coupled to the adjustable gain stage, wherein the gain calibration controller is configured to detect a first output noise level of the class D amplifier in a first frequency range and a second output noise level of the class D amplifier in a second higher frequency range, set a predetermined initial gain value by increasing the gain in response to the first noise level being above a first predetermined noise threshold value and reducing the gain in response to the second noise level being above a second predetermined noise threshold value, determine a minimum stable gain value of a stable gain range by decreasing the gain of the adjustable gain stage, detecting an increase in at least one of the first and second output noise levels in response to decreasing the gain and determining the minimum stable gain value from the decreased gain value, and determine a maximum stable gain value of the stable gain range by increasing the gain of the adjustable gain stage, detecting an increase in at least one of the first and second output noise levels in response to increasing the gain and determining the maximum stable gain value from the increased gain value; wherein the class D amplifier system is a class D audio amplifier system. wherein the gain calibration controller is configured to detect a first output noise level of the class D amplifier in a first frequency range and a second output noise level of the class D amplifier in a second higher frequency range, set a predetermined initial gain value by increasing the gain in response to the first noise level being above a first predetermined noise threshold value and reducing the gain in response to the second noise level being above a second predetermined noise threshold value, determine a minimum stable gain value of a stable gain range by decreasing the gain of the adjustable gain stage, detecting an increase in at least one of the first and second output noise levels in response to decreasing the gain and determining the minimum stable gain value from the decreased gain value, and determine a maximum stable gain value of the stable gain range by increasing the gain of the adjustable gain stage, detecting an increase in at least one of the first and second output noise levels in response to increasing the gain and determining the maximum stable gain value from the increased gain value; wherein the class D amplifier system is a class D audio amplifier system.
A passageway for arrangement between two vehicle parts of a rail vehicle or of a bus that are movably connected to one another, wherein the passageway has an enveloping member , that is formed at least sectionally from a bellows that has a plurality of frame sections . and outwardly surrounds a walkable passage region that has a passageway floor and/or a connection means for the movable connection of the two vehicle parts, characterized in that the enveloping member has at least one enveloping member section that comprises two surface members of stable shape, with the surface members being configured for arrangement at the vehicle parts or being formed by a section of the vehicle part, with the frame sections being connected to the surface members .
Operating apparatus for a vehicle with haptic feedback, comprising a touch-sensitive position capture device for determining touch positions as input parameters on a touch surface of the touch-sensitive position capture device ; an actuator device which is coupled to the touch-sensitive position capture device and is intended to produce the haptically capturable feedback on the touch surface ; and an operating logic unit which is designed to initiate functions and/or vehicle systems on the basis of captured input parameters, characterized in that the touch-sensitive position capture device and the actuator device are formed with a haptic control device in an operating device , and the operating logic unit is formed in a central control device which is separate from the operating device and is coupled to the operating device using information technology, and captured input parameters are transmitted to the haptic control device , wherein the haptic control device comprises a storage device in which a plurality of different templates (401-404) are stored, wherein the plurality of templates (401-404) each comprise at least one initiation condition for haptic feedback, and the operating logic unit is designed to transmit a template signal for selecting or producing a current template to the haptic control device , and wherein the haptic control device has a comparator device which compares the touching input parameters captured in the operating device during a user input via the operating device with the at least one initiation condition of the current template in order to determine whether the captured input parameters satisfy the at least one initiation condition, and the haptic control device is designed to control the actuator device to produce the haptic feedback if the comparator device has determined that the at least one initiation condition has been satisfied.