mhurhangee/patent-ind-claim-en huggingface dataset:
A hydrogen pressure vessel comprising: a cylinder filled with hydrogen; a lid screwed into a female thread part formed in an opening end of the cylinder ; and a circular resin seal member provided between an inner circumferential surface of the cylinder and an outer circumferential surface of the lid , wherein a gap part (G) in which the inner circumferential surface of the cylinder is spaced apart from the outer circumferential surface of the lid is provided between the female thread part of the cylinder and the resin seal member , a first through hole for discharging gas in the gap part to a relief pipe and a second through hole for introducing gas including oxygen into the gap part (G) are formed in the cylinder , characterized in that the hydrogen pressure vessel comprises the relief pipe , and in that the first through hole and the second through hole are formed at positions between the resin seal member and the female thread part of the cylinder . a cylinder filled with hydrogen; a lid screwed into a female thread part formed in an opening end of the cylinder ; and a circular resin seal member provided between an inner circumferential surface of the cylinder and an outer circumferential surface of the lid , wherein a gap part (G) in which the inner circumferential surface of the cylinder is spaced apart from the outer circumferential surface of the lid is provided between the female thread part of the cylinder and the resin seal member , a first through hole for discharging gas in the gap part to a relief pipe and a second through hole for introducing gas including oxygen into the gap part (G) are formed in the cylinder , characterized in that the hydrogen pressure vessel comprises the relief pipe , and in that the first through hole and the second through hole are formed at positions between the resin seal member and the female thread part of the cylinder .
A portable monitoring system , comprising: a housing sized to be manually held by a human, the housing having a passage sized to removably receive sample holders , the passage including at least one opening at least proximate a portion of the passage that provides access into the passage from an exterior of the housing; a dark chamber having an inner surface that at least partially encloses an interior of the dark chamber, the inner surface being optically reflective and spherical, other than where there are openings in the dark chamber , with an associated center point , the dark chamber located at a distal portion of the passage with respect to the at least one opening , the passage oriented relative to the dark chamber to position a distal portion of the sample holder to pass through the center point of the optically reflective and spherical inner surface when the sample holder is removably received in the passage; at least one photo-responsive sensor protruding into the interior of the dark chamber ; and a control subsystem including at least one processor communicatively coupled to the at least one photo-responsive sensor , the control subsystem including at least one user interface component . a housing sized to be manually held by a human, the housing having a passage sized to removably receive sample holders , the passage including at least one opening at least proximate a portion of the passage that provides access into the passage from an exterior of the housing; a dark chamber having an inner surface that at least partially encloses an interior of the dark chamber, the inner surface being optically reflective and spherical, other than where there are openings in the dark chamber , with an associated center point , the dark chamber located at a distal portion of the passage with respect to the at least one opening , the passage oriented relative to the dark chamber to position a distal portion of the sample holder to pass through the center point of the optically reflective and spherical inner surface when the sample holder is removably received in the passage; at least one photo-responsive sensor protruding into the interior of the dark chamber ; and a control subsystem including at least one processor communicatively coupled to the at least one photo-responsive sensor , the control subsystem including at least one user interface component .
A method of assessing a possibility of cancerization comprising: a culture step of culturing a cell structure which is formed from normal cells, which are non-cancerated cells, and includes a vascular network structure in the presence of a biological specimen derived from a subject; and an assessment step of assessing a possibility of cancerization in the subject using the state of vessels in the cell structure after the culture step as an index, wherein the biological specimen is a body fluid specimen taken from the subject, a cell extract from cells taken from the subject, or a culture supernatant of cells taken from the subject, and in the assessment step, cells constituting the vessels are fluorescently labeled, and when the number of cells constituting the vessels in the cell structure is larger than the number of cells cultured in the absence of the body fluid specimen, or when the vascular network structure in the cell structure extends, it is assessed that the possibility of cancerization is high in the subject. a culture step of culturing a cell structure which is formed from normal cells, which are non-cancerated cells, and includes a vascular network structure in the presence of a biological specimen derived from a subject; and an assessment step of assessing a possibility of cancerization in the subject using the state of vessels in the cell structure after the culture step as an index, wherein the biological specimen is a body fluid specimen taken from the subject, a cell extract from cells taken from the subject, or a culture supernatant of cells taken from the subject, and in the assessment step, cells constituting the vessels are fluorescently labeled, and when the number of cells constituting the vessels in the cell structure is larger than the number of cells cultured in the absence of the body fluid specimen, or when the vascular network structure in the cell structure extends, it is assessed that the possibility of cancerization is high in the subject.
A drive unit for an industrial truck , comprising: a drive wheel for driving and steering the industrial truck , the drive wheel being rotatable about a steering axis (S); a motor connected to drive the drive wheel ; a support arranged to directly or indirectly carry the motor and the drive wheel ; and at least one guiding rod and an attachment attached to said at least one guiding rod , the guiding rod and the attachment being displaceable in relation to each other in the direction of an axis, wherein one of said guiding rod and said attachment is fixedly connected to the support and the other to a body of the industrial truck , the support J Z thereby being movable, essentially vertically, relative to the body of the industrial truck ; characterized in that all the guiding rods are arranged along a single axis, either by being a single guiding rod, or by being two or more guiding rods which are co-axial and all extending along said single axis, and in that it further comprises a rotation restrictor for preventing rotation of the support about the at least one guiding rod . a drive wheel for driving and steering the industrial truck , the drive wheel being rotatable about a steering axis (S); a motor connected to drive the drive wheel ; a support arranged to directly or indirectly carry the motor and the drive wheel ; and at least one guiding rod and an attachment attached to said at least one guiding rod , the guiding rod and the attachment being displaceable in relation to each other in the direction of an axis, wherein one of said guiding rod and said attachment is fixedly connected to the support and the other to a body of the industrial truck , the support J Z thereby being movable, essentially vertically, relative to the body of the industrial truck ; characterized in that all the guiding rods are arranged along a single axis, either by being a single guiding rod, or by being two or more guiding rods which are co-axial and all extending along said single axis, and in that it further comprises a rotation restrictor for preventing rotation of the support about the at least one guiding rod .
An apparatus comprising: a microfluidic channel ; a sensor along the microfluidic channel to output electrical signals that vary in response to fluid flow through the microfluidic channel; and a drop ejector integrated into the microfluidic channel and generating drops of a predetermined drop weight along the microfluidic channel; characterized by calibration electronics configured to calibrate the electrical signals from the sensor to flow rate based upon the predetermined drop weight and number of drops ejected by the drop ejector. a microfluidic channel ; a sensor along the microfluidic channel to output electrical signals that vary in response to fluid flow through the microfluidic channel; and a drop ejector integrated into the microfluidic channel and generating drops of a predetermined drop weight along the microfluidic channel; characterized by calibration electronics configured to calibrate the electrical signals from the sensor to flow rate based upon the predetermined drop weight and number of drops ejected by the drop ejector.
Method for security inspection of baggage and/or personal items , the method comprising the steps of: a. providing an X-ray tray having a deposition area ; b. attaching an single-use inlay to said X-ray tray to cover said deposition area , said single-use inlay comprising a paper and/or polymer layer having an outer side and an inner side , ; c. putting the baggage and/or personal items onto the single-use inlay ; d. X-ray scanning said baggage and/or personal items disposed in said X-ray tray ; e. removing the baggage and/or personal items from said single-use inlay ; and f. detaching said single-use inlay from said X-ray tray , characterized in that the inlay comprises metal organic framework (MOF) material, wherein said metal organic framework (MOF) material is selected from the group consisting of [Zn 2 (bpdc) 2 (bpee)], [Zn(dcbpy)(DMF)]·DMF, [Zn 4 O(cpi) 2 (H 2 0) 3 ] 3DMA·3EtOH·6H 2 0, Zn 3 (ccmpb) 2 (bib), [Zn 3 (tdpat)(H 2 0) 3 ], Zn 3 (btc) 2 , [Zn 2 (fdc) 2 (bpee) 2 (H 2 0)] n ·2H 2 0, [Zn 3 (bpdc) 3 (bpy)] 4DMF·H 2 0, [Zn 2 (hfdc) 2 (bpy)xDMA], [(CH 3 )NH 2 ] 4 [Cd 3 (H 2 phhc)], [Cd 2 (tipb) 2 (btc)Cl], [Cd(tipb)(tdc)], [Cd(tipb)(fdc)], [Cd 3 (ttpb) 2 (H 2 0) 6 ] 6DMF, [Tb(1,3,5-btc)] n , [Tb(hbttc)(H 2 0) 4 ] H 2 0, [Eu 2 (mfda) 2 (HCOO) 2 (H 2 0)e·H 2 0], Eu 3 (mfda) 4 (NO 3 )(DMF) 3 , Fe-MIL-88B-NH 2 , [Cu(adp)(BIB)H 2 0] n , MIL-53-Cr, [Co(pbda)(bpy) 2H 2 0] n and mixtures thereof. a. providing an X-ray tray having a deposition area ; b. attaching an single-use inlay to said X-ray tray to cover said deposition area , said single-use inlay comprising a paper and/or polymer layer having an outer side and an inner side , ; c. putting the baggage and/or personal items onto the single-use inlay ; d. X-ray scanning said baggage and/or personal items disposed in said X-ray tray ; e. removing the baggage and/or personal items from said single-use inlay ; and f. detaching said single-use inlay from said X-ray tray , the inlay comprises metal organic framework (MOF) material, wherein said metal organic framework (MOF) material is selected from the group consisting of [Zn 2 (bpdc) 2 (bpee)], [Zn(dcbpy)(DMF)]·DMF, [Zn 4 O(cpi) 2 (H 2 0) 3 ] 3DMA·3EtOH·6H 2 0, Zn 3 (ccmpb) 2 (bib), [Zn 3 (tdpat)(H 2 0) 3 ], Zn 3 (btc) 2 , [Zn 2 (fdc) 2 (bpee) 2 (H 2 0)] n ·2H 2 0, [Zn 3 (bpdc) 3 (bpy)] 4DMF·H 2 0, [Zn 2 (hfdc) 2 (bpy)xDMA], [(CH 3 )NH 2 ] 4 [Cd 3 (H 2 phhc)], [Cd 2 (tipb) 2 (btc)Cl], [Cd(tipb)(tdc)], [Cd(tipb)(fdc)], [Cd 3 (ttpb) 2 (H 2 0) 6 ] 6DMF, [Tb(1,3,5-btc)] n , [Tb(hbttc)(H 2 0) 4 ] H 2 0, [Eu 2 (mfda) 2 (HCOO) 2 (H 2 0)e·H 2 0], Eu 3 (mfda) 4 (NO 3 )(DMF) 3 , Fe-MIL-88B-NH 2 , [Cu(adp)(BIB)H 2 0] n , MIL-53-Cr, [Co(pbda)(bpy) 2H 2 0] n and mixtures thereof.
A method for performing a vehicle-to-everything, V2X, operation for a wireless communication system, the method performed by a user equipment, UE, and the method comprising: determining a V2X resource set based on excluding a candidate resource from a candidate resource set, wherein the excluded candidate resource is determined based on a specific subframe in which a transmission is performed by the UE within a monitoring window of the UE ; and performing the V2X operation based on the V2X resource set, and the method is characterized in that : wherein the excluded candidate resource is a R (X,Y) , wherein X indicates the sub-channel and Y indicates the subframe of the excluded candidate resource; wherein the specific subframe is a subframe#(T SL M ), and wherein the excluded candidate resource is determined based on Y and M satisfying a condition that: Y + J ∗ RR_--INVTX overlaps with M + P STEP ∗ I_CANVAL for at least one integer value of J from 0 to a Cresel-1, wherein ∗ represents multiplication, wherein the RR_INVTX is related to a resource reservation period, wherein the P_STEP is a positive integer which is predefined, wherein the I_CANVAL is related to a network-configured parameter, wherein M is a subframe index, and wherein the Cresel is a positive integer related to a resource reselection counter. determining a V2X resource set based on excluding a candidate resource from a candidate resource set, wherein the excluded candidate resource is determined based on a specific subframe in which a transmission is performed by the UE within a monitoring window of the UE ; and performing the V2X operation based on the V2X resource set, and the method is characterized in that : wherein the excluded candidate resource is a R (X,Y) , wherein X indicates the sub-channel and Y indicates the subframe of the excluded candidate resource; wherein the specific subframe is a subframe#(T SL M ), and wherein the excluded candidate resource is determined based on Y and M satisfying a condition that: Y + J ∗ RR_--INVTX overlaps with M + P STEP ∗ I_CANVAL for at least one integer value of J from 0 to a Cresel-1, wherein ∗ represents multiplication, wherein the RR_INVTX is related to a resource reservation period, wherein the P_STEP is a positive integer which is predefined, wherein the I_CANVAL is related to a network-configured parameter, wherein M is a subframe index, and wherein the Cresel is a positive integer related to a resource reselection counter. Y + J ∗ RR_--INVTX overlaps with M + P STEP ∗ I_CANVAL for at least one integer value of J from 0 to a Cresel-1, wherein ∗ represents multiplication, wherein the RR_INVTX is related to a resource reservation period, wherein the P_STEP is a positive integer which is predefined, wherein the I_CANVAL is related to a network-configured parameter, wherein M is a subframe index, and wherein the Cresel is a positive integer related to a resource reselection counter.
Plug connector for producing an external connection with a printed circuit board , which plug connector has at least two angled pin-shaped contacts with a first leg for contacting a mating plug connector and a second leg for contacting the printed circuit board , an insulating body for receiving the contacts at least in the region of the first leg , and a contact carrier for receiving the contacts at their second leg , wherein the contacts have, in a region at the end of the second leg , a stop which acts in the axial direction of the second leg , and the contact carrier is arranged in the region of the second leg and has through-openings with a counter-stop for the second legs and can be moved in the axial direction of the second legs into a housing of the plug connector that receives the contact carrier and can be fixed therein, characterized in that the stop at least on the second leg and the counter-stop in the through-openings are formed by an annular collar at the transition from a larger diameter to a smaller diameter at the second leg and the through-openings .
Holding device for fastening a parapet or railing plate , preferably of glass or laminated glass, to a component , such as a balcony slab or parapet wall, having a holding profile which has a base and clamping legs projecting from the base for accommodating the parapet or railing plate at the edge, wherein the holding device has adapter elements which are decoupled from the holding profile , which can be fastened to the component and whose head region can be fastened in a component-side receptacle of the holding profile , characterised in that the adapter elements can be fastened to the component at a distance from one another, wherein their foot region has sealing means for sealing with respect to the component , and wherein at least one screw channel which extends in the longitudinal direction of the profile and accommodates screws for fastening the holding profile is formed in the head region of each adapter element .
Fluke drive system for a vessel , comprising a pivot element having a forward end and an aft end, which pivot element is arranged in its entirety externally to said hull and pivotally connected at the forward end to a hull of the vessel and which pivot element is connected at the aft end to a fluke (125;400;600); a driving mechanism having a drive point (120;311), which driving mechanism is arranged to impart a reciprocal or rotary movement to the drive point (120;311); and a drive rod having a first end and a second end, which drive rod is connected at the first end to the drive point (120;311), wherein the driving mechanism comprises a carrier element (112;300) fastened to a propeller axle (111;301;500) running through the hull of the vessel and being arranged to rotate with the said propeller axle (111;301;500), wherein the said drive point (120;311) is eccentrically arranged on the carrier element (112;300) so that a rotation of the propeller axle (111;301;500) will drive the drive rod back and forth, in turn resulting in a reciprocal up and down motion of the fluke (125;400;600), characterised in that the fluke (125;400;600) is a flexible fluke, in that a second end of the drive rod is connected to the pivot element at a point along the pivot element between said forward and aft ends, and in that the pivot element is pivotally connected to a pivot point which is welded to the said hull . a pivot element having a forward end and an aft end, which pivot element is arranged in its entirety externally to said hull and pivotally connected at the forward end to a hull of the vessel and which pivot element is connected at the aft end to a fluke (125;400;600); a driving mechanism having a drive point (120;311), which driving mechanism is arranged to impart a reciprocal or rotary movement to the drive point (120;311); and a drive rod having a first end and a second end, which drive rod is connected at the first end to the drive point (120;311), wherein the driving mechanism comprises a carrier element (112;300) fastened to a propeller axle (111;301;500) running through the hull of the vessel and being arranged to rotate with the said propeller axle (111;301;500), wherein the said drive point (120;311) is eccentrically arranged on the carrier element (112;300) so that a rotation of the propeller axle (111;301;500) will drive the drive rod back and forth, in turn resulting in a reciprocal up and down motion of the fluke (125;400;600), characterised in that the fluke (125;400;600) is a flexible fluke, in that a second end of the drive rod is connected to the pivot element at a point along the pivot element between said forward and aft ends, and in that the pivot element is pivotally connected to a pivot point which is welded to the said hull .
An extracorporeal circulator which is driven by a rotation drive unit and circulates blood of a patient outside a body, the extracorporeal circulator comprising: a control unit ; and a manipulation section and the control unit that are able to set a lower limit rotation speed setting value (LRV) of the rotation drive unit in a changeable manner; characterized by a rotation speed display section that is able to display the lower limit rotation speed setting value (LRV) of the rotation drive unit in accordance with a command of the control unit , wherein the lower limit rotation speed setting value (LRV) is a minimum rotation speed for preventing backflow of the blood inside the circulation circuit when a manipulator performs manipulation so as to operate the rotation drive unit and to cause the blood to return to an inside of the body of the patient, and wherein in a case where a rotation speed of the rotation drive unit is raised and exceeds the lower limit rotation speed setting value (LRV), the control unit causes the display section to display a confirmation message (M) before the rotation speed of the rotation drive unit is reduced to the lower limit rotation speed setting value (LRV) or lower. a control unit ; and a manipulation section and the control unit that are able to set a lower limit rotation speed setting value (LRV) of the rotation drive unit in a changeable manner; a rotation speed display section that is able to display the lower limit rotation speed setting value (LRV) of the rotation drive unit in accordance with a command of the control unit , wherein the lower limit rotation speed setting value (LRV) is a minimum rotation speed for preventing backflow of the blood inside the circulation circuit when a manipulator performs manipulation so as to operate the rotation drive unit and to cause the blood to return to an inside of the body of the patient, and wherein in a case where a rotation speed of the rotation drive unit is raised and exceeds the lower limit rotation speed setting value (LRV), the control unit causes the display section to display a confirmation message (M) before the rotation speed of the rotation drive unit is reduced to the lower limit rotation speed setting value (LRV) or lower.