mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel vapor filter for a tank ventilation device of a motor vehicle, wherein the fuel vapor filter has the following features: - the fuel vapor filter has a filter housing (100; 110, 120) with a receiving space for receiving a filter material for at least temporarily binding fuel vapors; - the filter housing (100; 110, 120) has a charging opening for the introduction of fuel vapors into the receiving space and a ventilation opening for the ventilation of the receiving space ; - the fuel vapor filter has a diverting device which is arranged in the receiving space and which serves for diverting a fluid flow between the charging opening and the ventilation opening ; and - the diverting device is arranged in a region between the charging opening and the ventilation opening or in a region between the charging opening and a passage opening of a fluid channel fluidically connected to the ventilation opening , wherein the fuel vapor filter is characterized by the following features: - the filter housing (100; 110, 120) has an outer container and an inner container arranged within the outer container , wherein both the outer container and the inner container are at least partially filled with the filter material; - the inner container is fluidically connected to the outer container by means of an inlet opening of the inner container ; - the charging opening opens into the outer container and the ventilation opening opens into the inner container ; and - the diverting device is arranged on an outer side of the inner container or on an inner side of the outer container . - the fuel vapor filter has a filter housing (100; 110, 120) with a receiving space for receiving a filter material for at least temporarily binding fuel vapors; - the filter housing (100; 110, 120) has a charging opening for the introduction of fuel vapors into the receiving space and a ventilation opening for the ventilation of the receiving space ; - the fuel vapor filter has a diverting device which is arranged in the receiving space and which serves for diverting a fluid flow between the charging opening and the ventilation opening ; and - the diverting device is arranged in a region between the charging opening and the ventilation opening or in a region between the charging opening and a passage opening of a fluid channel fluidically connected to the ventilation opening , - the filter housing (100; 110, 120) has an outer container and an inner container arranged within the outer container , wherein both the outer container and the inner container are at least partially filled with the filter material; - the inner container is fluidically connected to the outer container by means of an inlet opening of the inner container ; - the charging opening opens into the outer container and the ventilation opening opens into the inner container ; and - the diverting device is arranged on an outer side of the inner container or on an inner side of the outer container .
An enclosure, applied to a mobile terminal, wherein the enclosure comprises a substrate and a composite film layer coated onto the substrate, a thickness of the composite film layer gradually decreases or increases in a first direction, wherein the composite film layer comprises a first region, a second region, and a third region, the first region is adjacent to the second region, the second region is adjacent to the third region, and a difference between average film thicknesses of any two adjacent regions is less than or equal to 350 nanometers, wherein a difference between an average film thickness of the first region and an average film thickness of the second region is a first value, a difference between the average film thickness of the second region and an average film thickness of the third region is a second value, and a ratio of the first value to the second value is within a range of 0.5 to 2.0; the first region, the second region, and the third region are of a same area and sequentially arranged at equal intervals in the first direction.
A process for the production of a dialkyl carbonate by reacting urea and alkylene glycol followed by transesterification of the resulting alkylene carbonate with an alcohol of formula R-OH, wherein R represents an alkyl, in the presence of a metal catalyst, characterized in that in the first step urea is reacted with ethylene glycol, in the molar ratio of ethylene glycol to urea being in the range of from 1.10 to 1.00 and in the presence of a catalyst which is a cyanate species of formula M(CNO) 2 wherein M stands for the respective metal, obtained by an in situ reaction of urea and the metal oxide, the catalyst being prepared in situ by fusing the metal oxide and urea under atmospheric pressure and a temperature around 135 °C, and where the metal is selected from zinc and magnesium, until dissolution of the metal oxide forming a pellucid solution prior to the addition of ethylene glycol, to form said alkylene carbonate, whereupon in the second step of transesterification, 10 moles of the monohydric alcohol is used per 1 mole of the alkylene carbonate, the transesterification is performed at reflux temperature and atmospheric pressure, the transesterification being performed directly from the first step and with the same catalyst as in the first step.
An actuation transmission apparatus for actuating a latching arrangement for latching and unlatching a first body and a second body of a switchable valve train component of an internal combustion engine, the latching arrangement being biased from an unlatched position where the first body and the second body are unlatched towards a latched position where the latching arrangement latches the first body and the second body together, the actuation transmission apparatus comprising: a shaft rotatable by an actuation source ; a contacting element for contacting the latching arrangement ; and a biasing means to bias the contacting element rotationally with respect to the shaft ; and wherein the biasing means which in use becomes biased by the shaft when the actuation source rotates the shaft when the actuation source attempts to actuate the latching arrangement to the unlatched position, via the contacting element , when the latching arrangement is in an un-actuatable state, whereby the biasing means causes the contacting element to actuate the latching arrangement to the unlatched position when the latching arrangement becomes actuatable again. a shaft rotatable by an actuation source ; a contacting element for contacting the latching arrangement ; and a biasing means to bias the contacting element rotationally with respect to the shaft ; and wherein the biasing means which in use becomes biased by the shaft when the actuation source rotates the shaft when the actuation source attempts to actuate the latching arrangement to the unlatched position, via the contacting element , when the latching arrangement is in an un-actuatable state, whereby the biasing means causes the contacting element to actuate the latching arrangement to the unlatched position when the latching arrangement becomes actuatable again.
A communication method, comprising: sending, by a session management network element, first information to a first network element, wherein the first information indicates the first network element to send a report message to the session management network element when receiving a first domain name server, DNS, response message that meets a first condition, and the report message comprises information about an application server indicated by the first DNS response message; and inserting, by the session management network element, a local session anchor based on the report message. sending, by a session management network element, first information to a first network element, wherein the first information indicates the first network element to send a report message to the session management network element when receiving a first domain name server, DNS, response message that meets a first condition, and the report message comprises information about an application server indicated by the first DNS response message; and inserting, by the session management network element, a local session anchor based on the report message.
A data storage system comprising: a frame; a plurality of storage drives positioned along a row at one end of the frame where each drive includes a drive connector ; at least one storage controller positioned at an opposite end of the frame where the at least one storage controller includes a controller connector for each drive ; and a plurality of midplanes positioned between the storage drives and the at least one storage controller where each midplane includes a printed circuit board, PCB , having opposing side surfaces, a front edge, a rear edge and a plurality of electrical traces , each midplane further including a first midplane connector coupled to the front edge and a second midplane connector coupled to the rear edge, wherein the first midplane connector is coupled to one of the drive connectors and some of the electrical traces and the second midplane connector is coupled to one of the controller connectors and some of the electrical traces and so that the midplanes are vertically oriented in parallel so as to define spaces therebetween relative to a front to rear direction of the frame, characterized in that ; each midplane is only connected to one storage drive in a row of storage drives . a frame; a plurality of storage drives positioned along a row at one end of the frame where each drive includes a drive connector ; at least one storage controller positioned at an opposite end of the frame where the at least one storage controller includes a controller connector for each drive ; and a plurality of midplanes positioned between the storage drives and the at least one storage controller where each midplane includes a printed circuit board, PCB , having opposing side surfaces, a front edge, a rear edge and a plurality of electrical traces , each midplane further including a first midplane connector coupled to the front edge and a second midplane connector coupled to the rear edge, wherein the first midplane connector is coupled to one of the drive connectors and some of the electrical traces and the second midplane connector is coupled to one of the controller connectors and some of the electrical traces and so that the midplanes are vertically oriented in parallel so as to define spaces therebetween relative to a front to rear direction of the frame, characterized in that ;
An elevator machine comprising: a plurality of stationary structures , including a proximate stationary structure and a distal stationary structure, a brake support that comprises the proximate stationary structure, a brake disc rotably supported in the brake support intermediate of the plurality of stationary structures , characterized by the plurality of stationary structures and the brake disc each including a respective one of a plurality of orifices , and the plurality of orifices being mutually aligned and offset from a rotational axis of the brake disc to removably receive an elongated bar , wherein when the bar is positioned in the plurality of orifices , the brake disc is prevented from rotating, thereby preventing vertical movement of an elevator car in an elevator hoistway ; further characterized in that the bar is a bolt or pin that comprises an elongated axis , a proximate end , an intermediate portion , and a distal end , the proximate end including a head , wherein: when the bar is positioned in the plurality of orifices , the distal end is operationally aligned with the distal stationary structure, the intermediate end is operationally aligned with one of the plurality of orifices of the brake disc , and the head is operationally positioned against the brake support to prevent motion of the bar in a distal direction relative to the brake support . a plurality of stationary structures , including a proximate stationary structure and a distal stationary structure, a brake support that comprises the proximate stationary structure, a brake disc rotably supported in the brake support intermediate of the plurality of stationary structures , characterized by the plurality of stationary structures and the brake disc each including a respective one of a plurality of orifices , and the plurality of orifices being mutually aligned and offset from a rotational axis of the brake disc to removably receive an elongated bar , wherein when the bar is positioned in the plurality of orifices , the brake disc is prevented from rotating, thereby preventing vertical movement of an elevator car in an elevator hoistway ; further characterized in that the bar is a bolt or pin that comprises an elongated axis , a proximate end , an intermediate portion , and a distal end , the proximate end including a head , wherein: when the bar is positioned in the plurality of orifices , the distal end is operationally aligned with the distal stationary structure, the intermediate end is operationally aligned with one of the plurality of orifices of the brake disc , and the head is operationally positioned against the brake support to prevent motion of the bar in a distal direction relative to the brake support .
A vacuum pump, in particular a turbomolecular pump , comprising at least one pump component ; a heating device for heating the pump component ; and a sensor for detecting a measurement variable for the pump operation, wherein the sensor is arranged independently of the heating device and the heating device is configured for operation in dependence on the measurement variable detected by the sensor , characterized in that the heating device is configured to remain deactivated in a pump run-up operation and in a vacuum generating operation.
A silica-titania glass, having a titania content between 7.45 wt% and less than 8.23 wt%, a zero-crossover temperature Tzc in the range from 25 °C to 35 °C, wherein the zero-crossover temperature Tzc is a temperature at which the coefficient of thermal expansion (CTE) is exactly equal to zero, and a CTE slope at 20 °C below 1.30 ppb/K 2 . a titania content between 7.45 wt% and less than 8.23 wt%, a zero-crossover temperature Tzc in the range from 25 °C to 35 °C, wherein the zero-crossover temperature Tzc is a temperature at which the coefficient of thermal expansion (CTE) is exactly equal to zero, and a CTE slope at 20 °C below 1.30 ppb/K 2 .
A microfluidic chip comprising: a substrate including an inflow part through which a fluid flows in, a fluid channel through which the fluid moves and an outflow part through which the fluid flows out; wherein the inflow part and the outflow part are implemented to penetrate a surface of the substrate , the fluid channel includes an upper fluid channel formed on a top surface of the substrate ; a lower fluid channel formed on a bottom surface of the substrate ; and a via hole connecting the upper fluid channel and the lower fluid channel , the upper fluid channel and the lower fluid channel implemented as depressions in the respective surface of the substrate , and a first film attached to the top surface of the substrate to protect the upper fluid channel and a second film attached to the bottom surface of the substrate to protect the lower fluid channel , and wherein the fluid channel includes a bubble removing part configured of a light transmissive material, formed to be protruded from the top of the substrate toward the inside of the fluid channel to prevent bubbles contained in the fluid from being positioned in a predetermined area in the fluid channel below the bubble removing part. a substrate including an inflow part through which a fluid flows in, a fluid channel through which the fluid moves and an outflow part through which the fluid flows out; wherein the inflow part and the outflow part are implemented to penetrate a surface of the substrate , the fluid channel includes an upper fluid channel formed on a top surface of the substrate ; a lower fluid channel formed on a bottom surface of the substrate ; and a via hole connecting the upper fluid channel and the lower fluid channel , the upper fluid channel and the lower fluid channel implemented as depressions in the respective surface of the substrate , and a first film attached to the top surface of the substrate to protect the upper fluid channel and a second film attached to the bottom surface of the substrate to protect the lower fluid channel , and wherein the fluid channel includes a bubble removing part configured of a light transmissive material, formed to be protruded from the top of the substrate toward the inside of the fluid channel to prevent bubbles contained in the fluid from being positioned in a predetermined area in the fluid channel below the bubble removing part.
An in vitro method for selecting a patient affected with a tumor for a treatment with an antitumor compound or for predicting the response of a patient affected with a tumor to a treatment with an antitumor compound, wherein the method comprises: (a) measuring the expression level of CDA (Cytidine Deaminase) in a cancer sample from said patient, (b) comparing the CDA expression level of the cancer sample to a reference expression level, wherein a CDA expression level of the cancer sample lower than the reference expression level is predictive of the efficacy of a treatment with an antitumor compound being aminoflavone, and/or wherein a CDA expression level of the cancer sample higher than the reference expression level is predictive of the efficacy of a treatment with an antitumor compound being dasatinib, (c) selecting patients with CDA expression level of their cancer sample lower than the reference expression level as suitable for a treatment with an antitumor compound being aminoflavone and/or selecting patients with CDA expression level of their cancer sample higher than the reference expression level for a treatment with an antitumor compound being dasatinib. (a) measuring the expression level of CDA (Cytidine Deaminase) in a cancer sample from said patient, (b) comparing the CDA expression level of the cancer sample to a reference expression level, wherein a CDA expression level of the cancer sample lower than the reference expression level is predictive of the efficacy of a treatment with an antitumor compound being aminoflavone, and/or wherein a CDA expression level of the cancer sample higher than the reference expression level is predictive of the efficacy of a treatment with an antitumor compound being dasatinib, (c) selecting patients with CDA expression level of their cancer sample lower than the reference expression level as suitable for a treatment with an antitumor compound being aminoflavone and/or selecting patients with CDA expression level of their cancer sample higher than the reference expression level for a treatment with an antitumor compound being dasatinib.
A robotic surgical apparatus , comprising: a robotic arm ; an adapter assembly ; and an end effector , the adapter having a proximal joint housing pivotally attached to a middle joint housing , the middle joint housing being pivotally attached to a distal joint housing , the end effector further having a first lever connecting the proximal joint housing to the middle joint housing and at least one second lever connecting the middle joint housing to the distal joint housing, the middle joint housing and the proximal joint housing having a geared surface ; and a first articulation link movable in a proximal direction to pivot the distal joint housing; wherein said first lever is pivotally coupled at one end to a pivot pin disposed at a distal end of the proximal joint housing and at another end to a pivot pin disposed at a proximal end of the middle joint housing , wherein pivot pin defines a pivot axis (A-A) and acts as a fulcrum for the first lever , further comprising a second articulation link movable in the proximal direction to pivot the middle joint housing , wherein said second articulation link is also pivotally coupled to pivot pin , and wherein pivot pins define a pivot axis (B-B) and act as a fulcrum for the at least one second lever which pivots about the pivot pins . a robotic arm ; an adapter assembly ; and an end effector , the adapter having a proximal joint housing pivotally attached to a middle joint housing , the middle joint housing being pivotally attached to a distal joint housing , the end effector further having a first lever connecting the proximal joint housing to the middle joint housing and at least one second lever connecting the middle joint housing to the distal joint housing, the middle joint housing and the proximal joint housing having a geared surface ; and a first articulation link movable in a proximal direction to pivot the distal joint housing; wherein said first lever is pivotally coupled at one end to a pivot pin disposed at a distal end of the proximal joint housing and at another end to a pivot pin disposed at a proximal end of the middle joint housing , wherein pivot pin defines a pivot axis (A-A) and acts as a fulcrum for the first lever , further comprising a second articulation link movable in the proximal direction to pivot the middle joint housing , wherein said second articulation link is also pivotally coupled to pivot pin , and wherein pivot pins define a pivot axis (B-B) and act as a fulcrum for the at least one second lever which pivots about the pivot pins .
A system for blocking sliding of a first tube relative to a second tube of a stabiliser of a work at height device , the blocking system comprising: • a support means, for being integral with the second tube , the support means comprising a boss , • a lever comprising an actuating part , and a blocking part , disposed on either side of the boss , the blocking part comprising an opening for moving the first tube , the lever pivoting about the boss between an unblocking position able to enable the first tube to be moved, and a blocking position able to enable the first tube to be positioned on the opening in an arching manner, • a return means, disposed between the support means and the blocking part , the return means exerting a return force on the blocking part holding the lever in a blocking position, the return means exerts a thrust force on the blocking part , so that a pressing action applied to the actuating part pivots the lever , causing the blocking means to be positioned into an unblocking position, the blocking system being characterised in that the lever is in the form of a plate provided with the actuating part and blocking part . • a support means, for being integral with the second tube , the support means comprising a boss , • a lever comprising an actuating part , and a blocking part , disposed on either side of the boss , the blocking part comprising an opening for moving the first tube , the lever pivoting about the boss between an unblocking position able to enable the first tube to be moved, and a blocking position able to enable the first tube to be positioned on the opening in an arching manner, • a return means, disposed between the support means and the blocking part , the return means exerting a return force on the blocking part holding the lever in a blocking position,