mhurhangee/patent-ind-claim-en huggingface dataset:
A blood pressure monitor device comprising: a cuff for wrapping around a limb of a subject the cuff further having a an inflatable bladder formed integrally therein, wherein the cuff is substantially rectangular in shape having a first surface, a second surface, a first end, a second end, and two sides, and a securement mechanism; one or more tubes positioned within the cuff in communication with the inflatable bladder; an exhaust valve; a displayless housing connected to one of a first end and a second end of the cuff wherein the housing includes one or more of a controller, a memory, a pump, a power supply, and a motor; and a transmitter for wirelessly transmitting blood pressure data to a second device; characterised in that the blood pressure monitor device further comprises a pulley ; and wherein the pulley engages the housing along an end and further wherein movement of the pulley away from the housing activates the monitoring device from an off condition to an on condition. a cuff for wrapping around a limb of a subject the cuff further having a an inflatable bladder formed integrally therein, wherein the cuff is substantially rectangular in shape having a first surface, a second surface, a first end, a second end, and two sides, and a securement mechanism; one or more tubes positioned within the cuff in communication with the inflatable bladder; an exhaust valve; a displayless housing connected to one of a first end and a second end of the cuff wherein the housing includes one or more of a controller, a memory, a pump, a power supply, and a motor; and a transmitter for wirelessly transmitting blood pressure data to a second device; characterised in that the blood pressure monitor device further comprises a pulley ; and wherein the pulley engages the housing along an end and further wherein movement of the pulley away from the housing activates the monitoring device from an off condition to an on condition.
A reel assembly for a watering hose for coupling within a housing , comprising: an axle ; a reel defining a rotational axis (X-X'), wherein the reel is rotatably mounted around the axle to allow winding of the watering hose on the reel ; a frame which houses the reel ; and one or more fixing units to removably fix the reel assembly inside the housing ; wherein the housing includes a pair of side walls and a pair of front walls , wherein at least one of the pair of side walls and the pair of front walls includes a housing inlet , wherein the housing inlet is or can be associated with a water connector to fluidly couple the watering hose with a fluid line or hose to supply water from an external fluid source; and wherein the reel assembly further comprises a blocking mechanism that operatively couples with the reel assembly and cooperates with the reel for selective rotation of the reel ; characterized in that : the blocking mechanism disallows rotation of the reel in absence of coupling of the reel assembly within the housing . an axle ; a reel defining a rotational axis (X-X'), wherein the reel is rotatably mounted around the axle to allow winding of the watering hose on the reel ; a frame which houses the reel ; and one or more fixing units to removably fix the reel assembly inside the housing ; wherein the housing includes a pair of side walls and a pair of front walls , wherein at least one of the pair of side walls and the pair of front walls includes a housing inlet , wherein the housing inlet is or can be associated with a water connector to fluidly couple the watering hose with a fluid line or hose to supply water from an external fluid source; and wherein the reel assembly further comprises a blocking mechanism that operatively couples with the reel assembly and cooperates with the reel for selective rotation of the reel ; characterized in that : the blocking mechanism disallows rotation of the reel in absence of coupling of the reel assembly within the housing .
A gear box actuator comprising: a housing with a groove that extends along a surface of the housing ; and characterised by a lead frame covering the groove , wherein the walls of the groove and the lead frame form an air channel of the gear box actuator. a housing with a groove that extends along a surface of the housing ; and characterised by a lead frame covering the groove , wherein the walls of the groove and the lead frame form an air channel of the gear box actuator.
A snowboard binding for coupling a snowboard boot to a snowboard, comprising: - a base plate , which is configured to be attached to a snowboard using a fastening means and to lie flat against said snowboard; - a highback , which extends substantially perpendicular to the base plate ; and - a toe strap and an instep strap ; the snowboard binding being configured in two parts, the base plate and the toe strap being associated with a first assembly and the highback and the instep strap being associated with a second assembly , a coupling unit being provided by way of which the first and second assemblies are undoably couplable together, the first assembly being configured to remain on the snowboard when uncoupled and the second assembly being configured to remain on the snowboard boot when uncoupled, characterised in that the second assembly additionally comprises a stirrup element which, when the snowboard binding is in the coupled state, is oriented with its underside towards the base plate and is configured to form a contact surface for the sole of the snowboard boot with its upper side, and the highback , the instep strap and the stirrup element are connected together so as to be pivotable relative to one another about a single axis . - a base plate , which is configured to be attached to a snowboard using a fastening means and to lie flat against said snowboard; - a highback , which extends substantially perpendicular to the base plate ; and - a toe strap and an instep strap ; the snowboard binding being configured in two parts, the base plate and the toe strap being associated with a first assembly and the highback and the instep strap being associated with a second assembly , a coupling unit being provided by way of which the first and second assemblies are undoably couplable together, the first assembly being configured to remain on the snowboard when uncoupled and the second assembly being configured to remain on the snowboard boot when uncoupled, characterised in that the second assembly additionally comprises a stirrup element which, when the snowboard binding is in the coupled state, is oriented with its underside towards the base plate and is configured to form a contact surface for the sole of the snowboard boot with its upper side, and the highback , the instep strap and the stirrup element are connected together so as to be pivotable relative to one another about a single axis .
A flow measurement system, comprising: a mass flow meter (120; 200) configured to measure at least one parameter of a fluid flowing in said mass flow meter (120; 200); a control valve located downstream of said mass flow meter (120; 200), said control valve providing a back pressure on the fluid flowing in said mass flow meter (120; 200); and a controller configured to detect a vapor in the fluid flowing in said mass flow meter (120; 200); wherein the controller adjusts the control valve in response to detecting the vapor in the fluid so as to reduce the vapor in the fluid flowing in said mass flow meter (120; 200), and wherein a back pressure valve is located downstream of said control valve , said back pressure valve allowing the fluid to flow in said mass flow meter (120; 200) when the pressure of the fluid exceeds the vapor pressure of the fluid. a mass flow meter (120; 200) configured to measure at least one parameter of a fluid flowing in said mass flow meter (120; 200); a control valve located downstream of said mass flow meter (120; 200), said control valve providing a back pressure on the fluid flowing in said mass flow meter (120; 200); and a controller configured to detect a vapor in the fluid flowing in said mass flow meter (120; 200); wherein the controller adjusts the control valve in response to detecting the vapor in the fluid so as to reduce the vapor in the fluid flowing in said mass flow meter (120; 200), and wherein a back pressure valve is located downstream of said control valve , said back pressure valve allowing the fluid to flow in said mass flow meter (120; 200) when the pressure of the fluid exceeds the vapor pressure of the fluid.
A dispenser for dispensing portions of a continuous web of tissue from a tissue roll comprising a holding arrangement for holding a tissue roll in the dispenser , the dispenser comprising a second tissue roll position for receiving a tissue roll from a first tissue roll position ; the holding arrangement comprising - a holding mechanism for holding a tissue roll in a first tissue roll position; wherein the holding mechanism comprises a first holding element for engaging a first end of an axle of the tissue roll and a second holding element for engaging a second end of the axle of the tissue roll; - a diameter sensor for detecting the diameter of a tissue roll in the first tissue roll position; characterized in that the holding arrangement comprises - a shift mechanism connecting the holding mechanism and the diameter sensor ; - wherein the shift mechanism is adapted for shifting the holding mechanism , in particular the first and second holding elements , from a hold position to a release position and vice versa; - wherein a distance between the first holding element and the second holding element in the release position is larger than a distance between the first holding element and the second holding element in the hold position; and - wherein the shift mechanism is adapted for shifting the holding mechanism , in particular the first and second holding elements , from the hold position to the release position when the diameter sensor detects a reduced tissue roll diameter in the first tissue roll position . - a holding mechanism for holding a tissue roll in a first tissue roll position; wherein the holding mechanism comprises a first holding element for engaging a first end of an axle of the tissue roll and a second holding element for engaging a second end of the axle of the tissue roll; - a diameter sensor for detecting the diameter of a tissue roll in the first tissue roll position; - a shift mechanism connecting the holding mechanism and the diameter sensor ; - wherein the shift mechanism is adapted for shifting the holding mechanism , in particular the first and second holding elements , from a hold position to a release position and vice versa; - wherein a distance between the first holding element and the second holding element in the release position is larger than a distance between the first holding element and the second holding element in the hold position; and - wherein the shift mechanism is adapted for shifting the holding mechanism , in particular the first and second holding elements , from the hold position to the release position when the diameter sensor detects a reduced tissue roll diameter in the first tissue roll position .
A chainsaw provided with a chain , a support frame , a guide bar and with a motor assembly comprising a motor and a chain driving sprocket for driving the chain around the guide bar during operation, the guide bar and the motor assembly being attached to the support frame , wherein the motor assembly is displaceably attached to the support frame appropriate for tensioning the chain , characterised in that the motor assembly is pivotally mounted on the support frame .
A plasma etching method of etching a substrate having thereon an organic film not containing Si (silicon), a mask film and a resist film having a preset pattern which are formed on top of each other in sequence, the plasma etching method comprising: forming a mask of the mask film by etching the mask film with the resist film as a mask; and etching the organic film not containing the Si by plasma of a mixture gas containing O 2 (oxygen), COS (carbonyl sulfide) and Cl 2 (chlorine) with the resist film and the mask of the mask film as a mask, characterised in that : a ratio of a flow rate of the COS to a flow rate of the Cl 2 is in a range from about 0.35 to about 0.5. forming a mask of the mask film by etching the mask film with the resist film as a mask; and etching the organic film not containing the Si by plasma of a mixture gas containing O 2 (oxygen), COS (carbonyl sulfide) and Cl 2 (chlorine) with the resist film and the mask of the mask film as a mask, characterised in that : a ratio of a flow rate of the COS to a flow rate of the Cl 2 is in a range from about 0.35 to about 0.5.
Workpiece fastening device for fastening a workpiece by means of a vaccuum for its processing, the workpiece fastening device comprising: - a support device on which the workpiece can be placed for fastening, and - at least one vacuum chamber , which is formed starting from the support device , - the support device having a first fastening region (B1) and a second fastening region (B2) which is different from the first fastening region (B1), wherein - the support device having a first support channel profile in the first fastening region (B1) and a second support channel profile in the second fastening region (B2), which differs from the first support channel profile , characterised in that - the at least one vacuum chamber has a chamber volume which is variable in size, the chamber volume being variable between a first chamber volume and a second chamber volume which differs from the first chamber volume. - a support device on which the workpiece can be placed for fastening, and - at least one vacuum chamber , which is formed starting from the support device , - the support device having a first fastening region (B1) and a second fastening region (B2) which is different from the first fastening region (B1), wherein - the support device having a first support channel profile in the first fastening region (B1) and a second support channel profile in the second fastening region (B2), which differs from the first support channel profile , characterised in that - the at least one vacuum chamber has a chamber volume which is variable in size, the chamber volume being variable between a first chamber volume and a second chamber volume which differs from the first chamber volume.
A lithium secondary battery comprising: a positive electrode comprising a binder; a lithium negative electrode; a separator interposed between the positive electrode and the lithium negative electrode; and an electrolyte solution; wherein the lithium secondary battery comprises sodium, and wherein: a total content of sodium in the lithium secondary battery is no more than 500 ppm; the content of sodium in the positive electrode is no more than 450 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the lithium negative electrode is no more than 15 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the electrolyte solution is no more than 25 ppm based upon the total content of sodium in the lithium secondary battery; and the content of sodium is determined as described in the specification by inductively coupled plasma optical emission spectroscopy (ICP-OES). a positive electrode comprising a binder; a lithium negative electrode; a separator interposed between the positive electrode and the lithium negative electrode; and an electrolyte solution; wherein the lithium secondary battery comprises sodium, and wherein: a total content of sodium in the lithium secondary battery is no more than 500 ppm; the content of sodium in the positive electrode is no more than 450 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the lithium negative electrode is no more than 15 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the electrolyte solution is no more than 25 ppm based upon the total content of sodium in the lithium secondary battery; and the content of sodium is determined as described in the specification by inductively coupled plasma optical emission spectroscopy (ICP-OES). a total content of sodium in the lithium secondary battery is no more than 500 ppm; the content of sodium in the positive electrode is no more than 450 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the lithium negative electrode is no more than 15 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the electrolyte solution is no more than 25 ppm based upon the total content of sodium in the lithium secondary battery; and the content of sodium is determined as described in the specification by inductively coupled plasma optical emission spectroscopy (ICP-OES).
A curable composition comprising a curable benzoxazine of the formula: where each R 1 is an alkyl or H; each R 2 is an H, an alkyl, an aryl or a benzoxazine group; y is 1 to 4 R aryl is derived from an aryl amine having a boiling point greater than 200°C; N-Bz represents a nitrogen-linked benzoxazine group, and z is 0 to 3; a curative selected from the group of a thiol compounds, amine compounds, and a combination thereof; and wherein the benzoxazine is further derived from a phenol having a boiling point greater than 200°C. each R 1 is an alkyl or H; each R 2 is an H, an alkyl, an aryl or a benzoxazine group; y is 1 to 4 R aryl is derived from an aryl amine having a boiling point greater than 200°C; N-Bz represents a nitrogen-linked benzoxazine group, and z is 0 to 3; a curative selected from the group of a thiol compounds, amine compounds, and a combination thereof; and wherein the benzoxazine is further derived from a phenol having a boiling point greater than 200°C.
Device for dissolving a gas like carbon dioxide into a liquid like a water-based beverage, comprising: - a pump for the liquid; - a mixing venturi nozzle with a main inlet fluidly connected to the pump , at least one side inlet connectable to a source of pressurized gas , and an outlet ; - a flow restrictor fluidly downstream of the mixing venturi nozzle ; and - a pipe , preferably of a length of at least 0.5m, fluidly interconnected between the mixing venturi nozzle and the flow restrictor ; characterized in that : the flow restrictor is a conical flow restrictor comprising: - a body made of a main body (28 1 ) with an inlet and forming a cavity delimited by a diverging surface along a normal flow direction inside the cavity, and a cap (28 2 ) with an outlet and cooperating with the main body (28 1 ) so as to close it; and - a conical element housed in the cavity, wherein the external surface of the conical element is essentially complementary with the internal surface of the main body, wherein a gap forming a flow section for the liquid is provided between the external surface and the internal surface, the conical element having a plate-shaped end abutting the cap (28 2 ) comprising apertures permitting the liquid to flow to the outlet . - a pump for the liquid; - a mixing venturi nozzle with a main inlet fluidly connected to the pump , at least one side inlet connectable to a source of pressurized gas , and an outlet ; - a flow restrictor fluidly downstream of the mixing venturi nozzle ; and - a pipe , preferably of a length of at least 0.5m, fluidly interconnected between the mixing venturi nozzle and the flow restrictor ; - a body made of a main body (28 1 ) with an inlet and forming a cavity delimited by a diverging surface along a normal flow direction inside the cavity, and a cap (28 2 ) with an outlet and cooperating with the main body (28 1 ) so as to close it; and - a conical element housed in the cavity, wherein the external surface of the conical element is essentially complementary with the internal surface of the main body, wherein a gap forming a flow section for the liquid is provided between the external surface and the internal surface, the conical element having a plate-shaped end abutting the cap (28 2 ) comprising apertures permitting the liquid to flow to the outlet .
Connection device for secondary piping in combination with a transverse opening in main piping, in a shaft or in a wall, comprising: a relatively soft elastomer insert in the form of a hollow plug, the outside of which insert is adapted to the transverse opening, and the inside of which has a conical screwing region , and on which an end face is formed which at least partially delimits the opening of the elastomer insert into which the connecting branch can be screwed, and a relatively harder connecting branch , which has an engagement end , a conical middle part with external thread , a receiving portion and a drive end , wherein the connecting branch has a screwing-in stop between the conical middle part and the receiving portion , wherein when the connection device is assembled the screwing-in stop lies against an end face portion of the elastomer insert if the connecting branch is screwed completely into the elastomer insert , wherein an indicator element is provided which indicates the full screwing-in of the connecting branch into the elastomer insert . a relatively soft elastomer insert in the form of a hollow plug, the outside of which insert is adapted to the transverse opening, and the inside of which has a conical screwing region , and on which an end face is formed which at least partially delimits the opening of the elastomer insert into which the connecting branch can be screwed, and a relatively harder connecting branch , which has an engagement end , a conical middle part with external thread , a receiving portion and a drive end , wherein the connecting branch has a screwing-in stop between the conical middle part and the receiving portion , wherein when the connection device is assembled the screwing-in stop lies against an end face portion of the elastomer insert if the connecting branch is screwed completely into the elastomer insert , wherein an indicator element is provided which indicates the full screwing-in of the connecting branch into the elastomer insert .