mhurhangee/patent-ind-claim-en huggingface dataset:
A pipetting container comprising: one or more receptacles for holding liquid reagents or samples for pipetting, each receptacle having a bottom wall, and one or more groups of interconnected anti-vacuum channels on an upper surface of the bottom wall and exposed upwardly into the receptacle in which liquid sample or liquid reagent is held for pipetting; characterized in that the receptacle is made from one of molded polystyrene and molded polypropylene and is corona treated or otherwise treated so that the upper surface of the bottom wall of the receptacle has increased wettability compared to the upper surface of the bottom wall before treating and the measured surface tension of the upper surface of the bottom wall of the receptacle is greater than or equal to about 72 dynes/cm for natural water.
A medical device comprising: a tube having a proximal end, a distal end, and at least one channel extending therebetween, the at least one channel in communication with a side aperture at the distal end of the tube ; and a cap disposed on the distal end of the tube , the cap including an opening in communication with the aperture and an expandable appendage disposed around the opening, wherein the appendage is configured to form a seal with a tissue surface, wherein a distal most surface of the appendage includes a surface feature to grip the tissue surface. a tube having a proximal end, a distal end, and at least one channel extending therebetween, the at least one channel in communication with a side aperture at the distal end of the tube ; and a cap disposed on the distal end of the tube , the cap including an opening in communication with the aperture and an expandable appendage disposed around the opening, wherein the appendage is configured to form a seal with a tissue surface, wherein a distal most surface of the appendage includes a surface feature to grip the tissue surface.
Method of operating a user equipment in a radio access network, the method comprising transmitting Hybrid Automatic Repeat Request, HARQ, acknowledgment signaling based on a codebook, the codebook associating a bit pattern comprising a plurality of subpatterns with the acknowledgment signaling; wherein each subpattern represents acknowledgment information having a reporting type, the reporting type indicating a subpattern size and a data block structure the subpattern pertains to, the subpattern size being 1 or more bits; a first reporting type corresponding to a first data block structure representing a transport block and a second reporting type corresponding to a second data block structure representing one or more code block groups of a transport block; at least one of the subpatterns having the first reporting type and at least one of the subpatterns having the second reporting type; wherein the codebook groups subpatterns based on their reporting type; and wherein grouping comprises grouping subpatterns having the first reporting type into a first group and grouping subpatterns having the second reporting type into a second group, the groups being arranged sequentially in the bit pattern. wherein each subpattern represents acknowledgment information having a reporting type, the reporting type indicating a subpattern size and a data block structure the subpattern pertains to, the subpattern size being 1 or more bits; a first reporting type corresponding to a first data block structure representing a transport block and a second reporting type corresponding to a second data block structure representing one or more code block groups of a transport block; at least one of the subpatterns having the first reporting type and at least one of the subpatterns having the second reporting type; wherein the codebook groups subpatterns based on their reporting type; and wherein grouping comprises grouping subpatterns having the first reporting type into a first group and grouping subpatterns having the second reporting type into a second group, the groups being arranged sequentially in the bit pattern.
A method for transmitting a preamble in a communication system comprising: obtaining , by a user equipment, UE, physical random access channel, PRACH, parameter sets, wherein each of the PRACH parameter sets is associated with a corresponding coverage enhancement, CE, level, and the each of the PRACH parameter sets includes frequency information, subframe information, a number of repetition per preamble transmission, and a maximum number of preamble transmissions; obtaining a first CE level as an initial CE level, wherein the initial CE level is indicated by a base station or determined based on a measured reference signal received power, RSRP; performing a first preamble transmission by using a PRACH parameter set corresponding to the first CE level; performing , a second preamble transmission by using a PRACH parameter set corresponding to a second CE level being a next enhanced CE level to the first CE level, if a counter of the first preamble transmission is equal to 1 + a maximum number of preamble transmission corresponding to the first CE level; and receiving a random access response comprising information related to a number of subframes over which the UE transmits a Msg 3. obtaining , by a user equipment, UE, physical random access channel, PRACH, parameter sets, wherein each of the PRACH parameter sets is associated with a corresponding coverage enhancement, CE, level, and the each of the PRACH parameter sets includes frequency information, subframe information, a number of repetition per preamble transmission, and a maximum number of preamble transmissions; obtaining a first CE level as an initial CE level, wherein the initial CE level is indicated by a base station or determined based on a measured reference signal received power, RSRP; performing a first preamble transmission by using a PRACH parameter set corresponding to the first CE level; performing , a second preamble transmission by using a PRACH parameter set corresponding to a second CE level being a next enhanced CE level to the first CE level, if a counter of the first preamble transmission is equal to 1 + a maximum number of preamble transmission corresponding to the first CE level; and receiving a random access response comprising information related to a number of subframes over which the UE transmits a Msg 3.
Method for detecting at least one fault in connecting lines between a plurality of electronic connecting units (117a-c) and a plurality of mutually independent peripheral units , wherein the connecting units (117a-c) are controlled by an algorithm programmed in volatile fashion into a control unit and wherein the connecting lines between the peripheral units (130a-c) and the connecting units are each embodied by means of at least one two-wire line, wherein the method has the following steps: - outputting a start signal from the control unit to a first of the connecting units in order to start detecting the fault ; - applying a test signal to an interface of a first of the connecting units , characterized in that the applying of the test signal is monitored and/or controlled by a first algorithm programmed in non-volatile fashion into the first connecting unit ; - detecting a cross-coupling of the test signal onto an interface of a second connecting unit and storing an error value representing the cross-coupling in a first register , wherein the detecting and storing of the error value is controlled by a second algorithm programmed in non-volatile fashion into the second connecting unit ; and - reading the at least one error value from at least the first register by means of the control unit in order to detect the fault in the connecting lines between the first connecting unit and the plurality of peripheral units . - outputting a start signal from the control unit to a first of the connecting units in order to start detecting the fault ; - applying a test signal to an interface of a first of the connecting units , characterized in that the applying of the test signal is monitored and/or controlled by a first algorithm programmed in non-volatile fashion into the first connecting unit ; - detecting a cross-coupling of the test signal onto an interface of a second connecting unit and storing an error value representing the cross-coupling in a first register , wherein the detecting and storing of the error value is controlled by a second algorithm programmed in non-volatile fashion into the second connecting unit ; and - reading the at least one error value from at least the first register by means of the control unit in order to detect the fault in the connecting lines between the first connecting unit and the plurality of peripheral units .
Soothing apparatus for a baby placed on a mattress, said apparatus comprising a mattress support or base including: - weight detecting means (F) configured to detect the weight of the baby on the mattress, - cry detecting means (MIC) configured to detect the baby cry, - vibration means (PVM) to vibrate the mattress, characterized by comprising control means configured to determine the center of gravity (S bar ) of the baby on the mattress and the baby agitation in response to said weight detecting means configured to detect the baby weight on the mattress, said control means being configured to control said vibration means (PVM) to vibrate the mattress in a position different from the center of gravity of the baby on the mattress and inside and no out a maximum time period (t max ) in response to at least the baby cry detection or/and the baby agitation detection. - weight detecting means (F) configured to detect the weight of the baby on the mattress, - cry detecting means (MIC) configured to detect the baby cry, - vibration means (PVM) to vibrate the mattress, characterized by comprising control means configured to determine the center of gravity (S bar ) of the baby on the mattress and the baby agitation in response to said weight detecting means configured to detect the baby weight on the mattress, said control means being configured to control said vibration means (PVM) to vibrate the mattress in a position different from the center of gravity of the baby on the mattress and inside and no out a maximum time period (t max ) in response to at least the baby cry detection or/and the baby agitation detection.
Device for securing a peripheral venous catheter, which includes a body comprising a first fastening extremity (1.1), a second fastening extremity (1.2) and a connecting section (1.3) that interconnects the first fastening extremity (1.1) and the second fastening extremity (1.2), the first and second fastening extremities (1.1, 1.2) are tubular-shaped and comprise a first longitudinal groove (1.11) and a second longitudinal groove (1.21) respectively, such that through said longitudinal grooves (1.11, 1.21) a portion of the catheter may be inserted to be fastened in a folded manner as a safety loop (2.1) between the first and second fastening extremities (1.1, 1.2), wherein the connecting section (1.3) comprises a first portion (1.31) and a second portion (1.32) extending between the first and second longitudinal grooves (1.11, 1.21), in such a way that the first fastening extremity (1.1), the first portion (1.31) of the connecting section (1.3), the second fastening extremity (1.2) and the second portion (1.32) of the connecting section (1.3) form the body with a closed perimeter outline that defines a hollow internal space (1.4) adapted to be set between a first open position and a second closed position, where, through the hollow internal space (1.4), in its first open position, the portion of the catheter may be inserted for attachment thereof to the first and second fastening extremities (1.1, 1.2), and said portion of the catheter being fastened at said fastening extremities (1.1, 1.2) by arranging the hollow internal space (1.4) in its second closed position, wherein anchoring means from the first portion (1.31) to the second portion (1.32) of the connecting section (1.3), adapted to maintain the hollow internal space (1.4) of the body in its second closed position, are a tongue-and-groove joint (1.5), wherein the tongue-and-groove joint (1.5) comprises a first recess-shaped part (1.51) arranged flush between sub-portions (1.311, 1.312) of the first portion (1.31) of the connecting section (1.3), and a second projection-shaped part (1.52) arranged raised from a centre of the second portion (1.32).
A load cell for a scale having a monolithically configured measurement body which has a force reception section , a force introduction section and a joint section arranged between the force reception section and the force introduction section , wherein the measurement body has a longitudinal axis (L), an axial end at the force reception side and an axial end at the force introduction side; having at least one strain gauge arranged at the upper side on the joint section for detecting a stretching deformation of the measurement body ; and having a circuit board which is electrically connected to the at least one strain gauge , which is arranged at the force reception side and which has electronics arranged thereon, in particular including an analog-to-digital converter, for processing at least one output signal of the at least one strain gauge , wherein the force reception section has a recess at the upper side into which the circuit board is inserted horizontally, characterized in that the recess is open toward the end of the measurement body at the force reception side; and in that the circuit board is provided at its side facing the end of the measurement body at the force reception side with at least one hardware interface which is electrically connected to the electronics and which is freely accessible from outside the load cell , with the respective hardware interface being configured as part of a plug-in connection whose plug-in direction extends horizontally, in particular along the longitudinal axis (L) of the measurement body . having a monolithically configured measurement body which has a force reception section , a force introduction section and a joint section arranged between the force reception section and the force introduction section , wherein the measurement body has a longitudinal axis (L), an axial end at the force reception side and an axial end at the force introduction side; having at least one strain gauge arranged at the upper side on the joint section for detecting a stretching deformation of the measurement body ; and having a circuit board which is electrically connected to the at least one strain gauge , which is arranged at the force reception side and which has electronics arranged thereon, in particular including an analog-to-digital converter, for processing at least one output signal of the at least one strain gauge , wherein the force reception section has a recess at the upper side into which the circuit board is inserted horizontally, characterized in that the recess is open toward the end of the measurement body at the force reception side; and in that the circuit board is provided at its side facing the end of the measurement body at the force reception side with at least one hardware interface which is electrically connected to the electronics and which is freely accessible from outside the load cell , with the respective hardware interface being configured as part of a plug-in connection whose plug-in direction extends horizontally, in particular along the longitudinal axis (L) of the measurement body .
A solar energy converter comprising: a solar energy absorber including a substantially rigid heat transfer device and one or more photovoltaic elements mounted on and bonded to an outer surface of the heat transfer device by a layer of heat conducting adhesive formed of a flexible adhesive material; wherein the heat transfer device is arranged to transfer heat energy away from the one or more photovoltaic elements into a fluid flow along fluid passages within the heat transfer device in order to cool the one or more photovoltaic elements ; wherein the solar energy absorber is located within an envelope ; wherein the envelope is a tube; and wherein the envelope is at least partially transparent, and is at least partially evacuated. a solar energy absorber including a substantially rigid heat transfer device and one or more photovoltaic elements mounted on and bonded to an outer surface of the heat transfer device by a layer of heat conducting adhesive formed of a flexible adhesive material; wherein the heat transfer device is arranged to transfer heat energy away from the one or more photovoltaic elements into a fluid flow along fluid passages within the heat transfer device in order to cool the one or more photovoltaic elements ; wherein the solar energy absorber is located within an envelope ; wherein the envelope is a tube; and wherein the envelope is at least partially transparent, and is at least partially evacuated.
Middle frame suitable to be used in a mobile device, incorporating a Near field communication-NFC- loop antenna , said middle frame comprising a plate , said NFC antenna being located at an end (TPE) of said middle frame, said plate including an electrically conductive external branch , at least one electrically conductive part and at least one insulating part forming an electrically conductive loop (LOP) forming said NFC loop antenna and including two feeding points (FP1, FP2), wherein said at least one electrically conductive part comprises two additional electrically conductive branches extending between the external branch and the inner part of the loop being formed by a first portion of said at least one insulating part, the two additional electrically conductive branches supporting at their ends both feeding points (FP1, FP2) being separated by a gap (GP) formed by a second portion of said at least one insulating part.
A filter cigarette manufacturing machine comprising: a filter attaching apparatus adapted to produce a filter cigarette (FC) by receiving a cigarette , a filter , and tipping paper coated with glue and attaching the filter to the cigarette via the tipping paper ; a laser perforation device adapted to form at least one perforation (18; 18') in the filter by irradiating the tipping paper of the filter cigarette (FC) with a laser beam (Lb1, Lb2) in a process of transferring the filter cigarette (FC) from the filter attaching apparatus , where the perforation (18; 18') extends into the filter by penetrating through the tipping paper ; and a glue layer forming device adapted to provide a bonding surface (S) with respect to the cigarette and the filter by forming a glue layer on a reverse side of the tipping paper in a process of supplying the tipping paper to the filter attaching apparatus , wherein the glue layer forming device includes a glue transfer roller adapted to form the bonding surface (S) on a paper web (PW) used in forming the tipping paper , and a configuration for forming a target region where the perforation (18; 18') is formed, as a non-adhesive region (R1, R2) by causing formation of the glue layer on the target region to be avoided, characterized in that the configuration has a land adapted to form part of an outer circumferential surface of the glue transfer roller , extending over an entire circumference of the glue transfer roller without being used for glue transfer, for forming the non-adhesive region (R1, R2). a filter attaching apparatus adapted to produce a filter cigarette (FC) by receiving a cigarette , a filter , and tipping paper coated with glue and attaching the filter to the cigarette via the tipping paper ; a laser perforation device adapted to form at least one perforation (18; 18') in the filter by irradiating the tipping paper of the filter cigarette (FC) with a laser beam (Lb1, Lb2) in a process of transferring the filter cigarette (FC) from the filter attaching apparatus , where the perforation (18; 18') extends into the filter by penetrating through the tipping paper ; and a glue layer forming device adapted to provide a bonding surface (S) with respect to the cigarette and the filter by forming a glue layer on a reverse side of the tipping paper in a process of supplying the tipping paper to the filter attaching apparatus , wherein the glue layer forming device includes a glue transfer roller adapted to form the bonding surface (S) on a paper web (PW) used in forming the tipping paper , and a configuration for forming a target region where the perforation (18; 18') is formed, as a non-adhesive region (R1, R2) by causing formation of the glue layer on the target region to be avoided, characterized in that the configuration has a land adapted to form part of an outer circumferential surface of the glue transfer roller , extending over an entire circumference of the glue transfer roller without being used for glue transfer, for forming the non-adhesive region (R1, R2).
A pressure vessel comprising: a metal cylindrical section having an inside diameter and a thickness ; and, a filamentous material that is hoop-wound, isotensoidally-wound, or both hoop-wound and isotensoidally-wound around substantially the entire cylindrical section , the pressure vessel being characterized in that the thickness is from 1/100 to 1/1000 of the inside diameter and by said filamentous material being wound at a tension of about 70% to about 99% of the compressive yield strength of the metal of which the cylindrical section is fabricated. a metal cylindrical section having an inside diameter and a thickness ; and, a filamentous material that is hoop-wound, isotensoidally-wound, or both hoop-wound and isotensoidally-wound around substantially the entire cylindrical section , the pressure vessel being characterized in that the thickness is from 1/100 to 1/1000 of the inside diameter and by said filamentous material being wound at a tension of about 70% to about 99% of the compressive yield strength of the metal of which the cylindrical section is fabricated.
A method of making an oligomeric material comprising: initially reacting a diisocyanate compound with a hydroxy acrylate compound and a polyol compound in the molar ratio n:m:p, respectively, where n is greater than 3.0, m is n-1, and p is 2; and adding a supplemental amount of said hydroxy acrylate compound to the composition formed from the reaction of the initial amounts of diisocyanate compound, hydroxyl acrylate compound and polyol compound; wherein said diisocyanate compound is initially reacting a diisocyanate compound with a hydroxy acrylate compound and a polyol compound in the molar ratio n:m:p, respectively, where n is greater than 3.0, m is n-1, and p is 2; and adding a supplemental amount of said hydroxy acrylate compound to the composition formed from the reaction of the initial amounts of diisocyanate compound, hydroxyl acrylate compound and polyol compound; wherein said diisocyanate compound is