mhurhangee/patent-ind-claim-en huggingface dataset:
A medical injector comprising first and second body portions rotatably coupled together; a displaceable plunger disposed in at least one of said first and second body portions; a spring disposed to advance said plunger ; a reservoir accommodating first and second mixable components, and a releasable retainer for retaining said plunger in a first position against force of said spring , and in a predetermined distance from said first position, characterized in that : said releasable retainer includes at least one latch provided on said plunger and at least one channel defined in an interior sleeve radially outward of the plunger with a first portion disposed transversely of the plunger and a second portion disposed generally parallel to the plunger , in which the at least one channel is configured to accommodate the at least one latch , the interior sleeve held within said first and second body portions, and said releasable retainer releases said plunger upon a predetermined extent of relative rotation between said first and second body portions, thus allowing said spring to advance said plunger . said releasable retainer includes at least one latch provided on said plunger and at least one channel defined in an interior sleeve radially outward of the plunger with a first portion disposed transversely of the plunger and a second portion disposed generally parallel to the plunger , in which the at least one channel is configured to accommodate the at least one latch , the interior sleeve held within said first and second body portions, and said releasable retainer releases said plunger upon a predetermined extent of relative rotation between said first and second body portions, thus allowing said spring to advance said plunger .
A pharmaceutical dosage form which comprises an ester capped lactide, an ester capped glycolide, an ester capped lactide-glycolide polymer, an ester capped block polymer of polyglycolide, an ester capped trimethylene carbonate or an ester capped block polymer of poly-caprolactone and trimethylene carbonate or polyethylene oxide, and is combined with a peptide or protein therapeutic agent in the form of microparticles which are compressed using a pressure of 50,000 to 350,000 psi, wherein 1 psi relates to 6.89476 kPa.
A brace bar configured to removably mechanically attach to vibratory conduits of a flowmeter , and wherein the brace bar is repositionable about the vibratory conduits , comprising: a brace bar body comprising end regions shaped and dimensioned to abut the vibratory conduits ; a fastener , characterised in that the brace bar further comprises: a strap configured to be positioned around the vibratory conduits and the brace bar body , and fastenable to the brace bar body ; at least two protrusions on the brace bar body being sized and dimensioned to create a contact point for the strap between a central portion of the brace bar body and the end regions , wherein the magnitude of the protrusion determines a draw-in tension range that is realized when the fastener fastens the strap to the brace bar body . a brace bar body comprising end regions shaped and dimensioned to abut the vibratory conduits ; a strap configured to be positioned around the vibratory conduits and the brace bar body , and fastenable to the brace bar body ; at least two protrusions on the brace bar body being sized and dimensioned to create a contact point for the strap between a central portion of the brace bar body and the end regions , wherein the magnitude of the protrusion determines a draw-in tension range that is realized when the fastener fastens the strap to the brace bar body .
Directional drilling apparatus for continuous operation with automatic finely controlled monitoring of directional drilling at great depths under specification of a selectable directional course of the borehole with a housing comprising a head section, a body section and a foot section, a bit drive shaft rotating at least partially in the head section of the housing, the lower end of which projecting from the housing supports a rotary drill bit in the head section, and a plurality of directional control devices disposed in the body section or the foot section of the housing for generating directional forces having radially alignable force components for aligning the directional drill rig in a drilling operation, wherein a control device is disposed in the body section of the housing having a plurality of magnetic field sensors connected thereto, the magnetic field sensors being disposed in the head section of the housing and being configured such that magnetic declinations influenced by magnetic interference fields are detected as magnetic flux densities in the directions of the X, Y, Z axes by the magnetic field sensors, and wherein the magnetic field sensors are further configured such that the measured values corresponding to these magnetic declinations are transmitted to the control device as declination values or signals, wherein the control unit is configured in such a way that correction values corresponding to the declination values or signals are generated by the control device and the correction values are stored in an electronic memory of the control device of the directional drilling apparatus, wherein the control unit is configured in such a way that correction factors corresponding to the position values or signals are generated for moving the directional drilling apparatus back into the predetermined position and the correction factors are stored in the electronic memory of the control device, the directional control devices are designed as tensioning devices with adjusting means to which tensioning elements are coupled which can be moved radially outwards and inwards, are shield-like, can be inserted into grooves of the housing and are arranged distributed over the circumference in the housing on at least one tensioning plane, the movability of the tensioning elements being temperature-controlled by means of actuating devices which have at least one pressure medium which is expandable by heat, the pressure medium being a liquid, the liquid having a volume expansion coefficient γ at 18 °C of 5.0 to 20.0 x 10 -4 K -1 , wherein the adjusting means are designed as piston-cylinder devices, the cylinder chamber of which having a heating device for heating the pressure medium, the piston being coupled with its outer end to the tensioning piece, and the cylinder chamber being filled with the liquid as pressure medium.
A chemical-mechanical-polishing apparatus for polishing a workpiece , the apparatus comprising: a table that is operably connected with a motor and a motor drive of the apparatus , and that is supported at a portion of a housing of the apparatus rotatably about an axis of rotation; a carrier-chuck having a chuck head and a workpiece holder removably attached to the chuck head, wherein the apparatus further comprises: a polishing pad holder removably carried by the table , said polishing pad holder having a recess that forms a reservoir therein; an electronic circuitry including a potentiometer and a microcontroller configured to at least govern an operation of the drive, to control force exerted by a component located within the carrier chuck onto the workpiece holder , to collect measurement data acquired by a measurement system of the apparatus , and, in response to processing such measurement data, to modify one or more parameters of said polishing; and wherein the measurement system of the apparatus includes a first electrode , which is electrically-connected at least to the microcontroller through a slip-ring and which extends into the reservoir from an electrode-holder. a table that is operably connected with a motor and a motor drive of the apparatus , and that is supported at a portion of a housing of the apparatus rotatably about an axis of rotation; a carrier-chuck having a chuck head and a workpiece holder removably attached to the chuck head, wherein the apparatus further comprises: a polishing pad holder removably carried by the table , said polishing pad holder having a recess that forms a reservoir therein; an electronic circuitry including a potentiometer and a microcontroller configured to at least govern an operation of the drive, to control force exerted by a component located within the carrier chuck onto the workpiece holder , to collect measurement data acquired by a measurement system of the apparatus , and, in response to processing such measurement data, to modify one or more parameters of said polishing; and wherein the measurement system of the apparatus includes a first electrode , which is electrically-connected at least to the microcontroller through a slip-ring and which extends into the reservoir from an electrode-holder. a polishing pad holder removably carried by the table , said polishing pad holder having a recess that forms a reservoir therein; an electronic circuitry including a potentiometer and a microcontroller configured to at least govern an operation of the drive, to control force exerted by a component located within the carrier chuck onto the workpiece holder , to collect measurement data acquired by a measurement system of the apparatus , and, in response to processing such measurement data, to modify one or more parameters of said polishing; and wherein the measurement system of the apparatus includes a first electrode , which is electrically-connected at least to the microcontroller through a slip-ring and which extends into the reservoir from an electrode-holder.
Telescopic boom bracing unit for a mobile crane, having - a holding frame designed for fixing on the telescopic boom of the mobile crane with an open cross-section, the cross-sectional opening of which enables the retraction of the boom into the holding frame ; and - two bracing supports connected by the holding frame to form an assembly; characterised in that two frame parts forming the open cross-section of the holding frame are coupled to each other in a moveable manner in relation to each other via a coupling point lying substantially on the plane of symmetry of the holding frame in such a way that a movement of the frame parts in relation to each other causes a change of the opening width (D4-D6) of the open cross-section, and the holding frame has a substantially symmetrical cross-section in each position of the frame parts (101; 102) in relation to each other. - a holding frame designed for fixing on the telescopic boom of the mobile crane with an open cross-section, the cross-sectional opening of which enables the retraction of the boom into the holding frame ; and - two bracing supports connected by the holding frame to form an assembly;
A method for encapsulation, the method comprising: forming a casing by connecting at least a first casing component and a second casing component, wherein at least one of the first casing component or the second casing component is shaped to provide a sealing groove along a seam of the first casing component and the second casing component; characterised by hermetically sealing the seam between the first casing component and the second casing component by filling the sealing groove by injection moulding, wherein materials of the first casing component, the second casing component and a material used for injection moulding comprise an elastomer and the materials have adhesion properties with each other; and wherein dimensions of the sealing groove and temperature of the material used for injection moulding are determined based on dimensions of the casing and the used materials such that the sealing groove is filled with a sufficient amount of the material used for injection moulding to cover the seam and such that enough heat is provided by the injection moulding to cause the first and the second casing component to melt together and to melt the injection moulded seam with the first and the second casing component. forming a casing by connecting at least a first casing component and a second casing component, wherein at least one of the first casing component or the second casing component is shaped to provide a sealing groove along a seam of the first casing component and the second casing component; characterised by hermetically sealing the seam between the first casing component and the second casing component by filling the sealing groove by injection moulding, wherein materials of the first casing component, the second casing component and a material used for injection moulding comprise an elastomer and the materials have adhesion properties with each other; and wherein dimensions of the sealing groove and temperature of the material used for injection moulding are determined based on dimensions of the casing and the used materials such that the sealing groove is filled with a sufficient amount of the material used for injection moulding to cover the seam and such that enough heat is provided by the injection moulding to cause the first and the second casing component to melt together and to melt the injection moulded seam with the first and the second casing component.
A semiconductor wafer mass metrology apparatus comprising: a measurement chamber configured for measuring the weight and/or the mass of a semiconductor wafer; a first temperature changing part configured for changing a temperature of the semiconductor wafer before the semiconductor wafer is transported into the measurement chamber; and a first temperature sensor configured for sensing a first temperature, the semiconductor wafer mass metrology apparatus being characterized in that the first temperature is a temperature of the first temperature changing part. a measurement chamber configured for measuring the weight and/or the mass of a semiconductor wafer; a first temperature changing part configured for changing a temperature of the semiconductor wafer before the semiconductor wafer is transported into the measurement chamber; and a first temperature sensor configured for sensing a first temperature, the semiconductor wafer mass metrology apparatus being characterized in that the first temperature is a temperature of the first temperature changing part.
A data transmission method comprising: segmenting or concatenating, by one or more processors, radio layer control, RLC, service data units, SDUs, to RLC protocol data units, PDUs, that fit within a size of a total size of RLC PDU(s) indicated by a lower protocol layer processor, each RLC PDU having a header and a data field; mapping, by the one or more processors, a single two bit field including a first bit and a second bit to the header for each of the RLC PDUs, wherein a number of bits included in the single two bit field is two regardless of a number of SDUs included in the data field; the first bit and the second bit indicating only (i) whether or not the data field of its corresponding RLC PDU begins with a segment of an RLC SDU, and (ii) whether or not the data field ends with a segment of an RLC SDU; transmitting, by a transmitter, a data packet including one or more of the RLC PDUs. segmenting or concatenating, by one or more processors, radio layer control, RLC, service data units, SDUs, to RLC protocol data units, PDUs, that fit within a size of a total size of RLC PDU(s) indicated by a lower protocol layer processor, each RLC PDU having a header and a data field; mapping, by the one or more processors, a single two bit field including a first bit and a second bit to the header for each of the RLC PDUs, wherein a number of bits included in the single two bit field is two regardless of a number of SDUs included in the data field; the first bit and the second bit indicating only (i) whether or not the data field of its corresponding RLC PDU begins with a segment of an RLC SDU, and (ii) whether or not the data field ends with a segment of an RLC SDU; transmitting, by a transmitter, a data packet including one or more of the RLC PDUs.
A cartridge-type cosmetic container used with a cartridge body storing a cosmetic attached thereto, comprising: a body tube to which the cartridge body is detachably attached; a driving body relatively rotatably provided in the body tube ; a push rod formed with an external thread on an outer periphery, the push rod being configured to push out the cosmetic in the cartridge body by being fed out by relative rotation of the body tube and the driving body ; an internal thread member provided on an outer periphery of the push rod ; an internal thread portion formed in the internal thread member , the internal thread portion being configured to be threadably engaged with the external thread by pressing the internal thread member by the cartridge body when the cartridge body is attached to the body tube ; and a biasing member configured to bias the internal thread member in a direction toward a front end opening of the body tube , wherein the body tube includes a limiting portion configured to limit a movement of the push rod in a direction to threadably disengage the internal thread portion and the external thread , characterized in that the internal thread member moves relative to the limiting portion in a pressing direction by the cartridge body when the cartridge body is attached to the body tube . a body tube to which the cartridge body is detachably attached; a driving body relatively rotatably provided in the body tube ; a push rod formed with an external thread on an outer periphery, the push rod being configured to push out the cosmetic in the cartridge body by being fed out by relative rotation of the body tube and the driving body ; an internal thread member provided on an outer periphery of the push rod ; an internal thread portion formed in the internal thread member , the internal thread portion being configured to be threadably engaged with the external thread by pressing the internal thread member by the cartridge body when the cartridge body is attached to the body tube ; and a biasing member configured to bias the internal thread member in a direction toward a front end opening of the body tube , wherein the body tube includes a limiting portion configured to limit a movement of the push rod in a direction to threadably disengage the internal thread portion and the external thread , characterized in that the internal thread member moves relative to the limiting portion in a pressing direction by the cartridge body when the cartridge body is attached to the body tube .
A method for predicting the formation of mould on an object, for example a component, in that biological germination conditions and/or growth requirements, determined experimentally and/or using a computer, for one or more moulds are compared with the hygrothermal conditions occurring on the object determined experimentally and/or using a computer, and it is determined therefrom whether the germination conditions and/or growth requirements are present on the object, having the following steps: - determining the temperature curve and relative humidity curve on the object, - determining the water content of a spore on the object, and - determining whether the water content of the spore over time reaches or exceeds the water content (limit water content) necessary for germination and/or growth. - determining the temperature curve and relative humidity curve on the object, - determining the water content of a spore on the object, and - determining whether the water content of the spore over time reaches or exceeds the water content (limit water content) necessary for germination and/or growth.
A mounting plate arrangement with a switch cabinet frame and a mounting plate fastened thereto via at least one mounting plate holder , wherein the switch cabinet frame has a rectangular floor frame with four profile struts , which has on its outer side a fastening section offset relative to an outer sealing plane (E) of the switch cabinet frame relative to the interior of the switch cabinet frame , wherein the mounting plate holder is formed in multiple parts, with a support bracket and with a base connected to the support bracket , wherein the support bracket is connected to the fastening section and to the mounting plate and the mounting plate stands on the base , characterized in that the mounting plate holder with the base is placed on a profile side of one of the four profile struts extending between the sealing plane (E) and the fastening section .
A combination phase plug, comprising: a first phase plug, comprising: a cone; a plurality of first fins, located on an outer surface of the cone; and a plurality of second fins, located on the outer surface of the cone, wherein the first fins and the second fins are arranged staggeredly, and a first gap is provided between any adjacent first fin and second fin; and a second phase plug, located under the first phase plug, and comprising: a round-disc base; a combining portion, located in the center of the round-disc base, wherein the combining portion and the cone may be combined with each other; and a plurality of second gaps, located between an outer edge of the round-disc base and the combining portion, wherein the first gaps are respectively aligned with the second gaps. a first phase plug, comprising: a cone; a plurality of first fins, located on an outer surface of the cone; and a plurality of second fins, located on the outer surface of the cone, wherein the first fins and the second fins are arranged staggeredly, and a first gap is provided between any adjacent first fin and second fin; and a cone; a plurality of first fins, located on an outer surface of the cone; and a plurality of second fins, located on the outer surface of the cone, wherein the first fins and the second fins are arranged staggeredly, and a first gap is provided between any adjacent first fin and second fin; and a second phase plug, located under the first phase plug, and comprising: a round-disc base; a combining portion, located in the center of the round-disc base, wherein the combining portion and the cone may be combined with each other; and a plurality of second gaps, located between an outer edge of the round-disc base and the combining portion, wherein a round-disc base; a combining portion, located in the center of the round-disc base, wherein the combining portion and the cone may be combined with each other; and a plurality of second gaps, located between an outer edge of the round-disc base and the combining portion, wherein the first gaps are respectively aligned with the second gaps.